Software Defined Networking
Download as odp, pdf0 likes392 views
Software-defined networking (SDN) is a technique enabling remote management of network services by decoupling the control plane from the data plane. It addresses challenges posed by the rapid growth in network users and unpredictable traffic patterns, making it dynamic, manageable, and cost-effective. Key features include improved network management, efficient bandwidth utilization, and applications such as quality of service and flexible routing.
1 of 15
Downloaded 17 times
Ad
Recommended
Software defined networking
Software defined networkingProf. Dr. Noman Islam This document introduces software defined networking (SDN) and its key principles:
1) SDN decouples the network control and data planes, allowing centralized control of network traffic.
2) OpenFlow is an example of an API that allows SDN controllers to program the behavior of forwarding devices.
3) SDN introduces abstractions that simplify network management and facilitate network evolution and innovation.
Software-Defined Networking SDN - A Brief Introduction
Software-Defined Networking SDN - A Brief IntroductionJason TC HOU (侯宗成) The document discusses software-defined networking (SDN) and its comparison with virtualization in computing and networking, highlighting the evolution and key concepts of virtualization, such as resource pooling and hardware/software decoupling. It addresses the current state of network virtualization, its benefits, limitations, and the role of hypervisors and virtual machine monitors in optimizing resource management. The document also outlines potential research directions and applications for SDN in the context of cloud computing and networking technologies.
SDN & NFV Introduction - Open Source Data Center Networking
SDN & NFV Introduction - Open Source Data Center NetworkingThomas Graf This document introduces software defined networking (SDN) and network functions virtualization (NFV) concepts. It discusses challenges with traditional networking and how SDN and NFV address these by decoupling the control and data planes, centralizing network intelligence, and abstracting the underlying network infrastructure. It then provides examples of open source SDN technologies like OpenDaylight, Open vSwitch, and OpenStack that can be used to build programmable software-defined networks and virtualized network functions.
Forecast 2014: Software Defined Networking - What's New?
Forecast 2014: Software Defined Networking - What's New? Open Data Center Alliance The document discusses software defined networking (SDN) and network function virtualization (NFV). It outlines an agenda covering SDN and NFV, positioning SDN in infrastructure as a service, and 8 usage scenarios for SDNs and NFVs. These include scenarios from version 1 of the SDN usage model as well as new scenarios. The presentation demonstrates proof of concept work and discusses ongoing work with standards bodies and next steps around control path standardization and storage integration.
Software defined networking(sdn) vahid sadri
Software defined networking(sdn) vahid sadriVahid Sadri This document provides an overview of software-defined networking (SDN) and network functions virtualization (NFV). It discusses the motivation for SDN and NFV, including making networks more flexible and reducing costs. Key benefits mentioned are reduced equipment costs, increased speed of service deployment, and more flexible allocation of network resources. OpenFlow is introduced as an SDN protocol. The relationship between SDN and NFV is explored, noting they are complementary approaches. Examples of potential applications of NFV are listed.
SDN 101: Software Defined Networking Course - Sameh Zaghloul/IBM - 2014
SDN 101: Software Defined Networking Course - Sameh Zaghloul/IBM - 2014SAMeh Zaghloul This document provides an overview of software defined networking (SDN). It discusses how SDN enables data center teams to use software to efficiently control network resources, compared to traditional network switches. The document outlines several SDN topics and related technologies, including SDN standards, network function virtualization, use cases, sample projects, surveys, case studies, online courses, and software tools. It also includes sections on SDN architecture and how SDN is important for virtual environments and VM mobility.
Software Defined Networking (SDN) Technology Brief
Software Defined Networking (SDN) Technology BriefZivaro Inc The document provides an overview of Software-Defined Networking (SDN), discussing its benefits, architecture, challenges, and use cases. It highlights the transformative impact of SDN on IT infrastructure, enabling better network management and application deployment through virtualization. Additionally, it outlines the industry's outlook, GTRI's solutions, and offers a free technology review service to assess organizations' readiness for SDN.
VMworld 2013: An Introduction to Network Virtualization
VMworld 2013: An Introduction to Network Virtualization VMworld The document discusses network virtualization and VMware NSX. It begins with an agenda that covers objectives, network virtualization, NSX system architecture and use cases. It then discusses what network virtualization is, how it abstracts and automates the network. The NSX architecture uses Open vSwitch and tunnels traffic between virtual networks. Key use cases include automated provisioning and cross-datacenter connectivity. Physical and logical relationships are illustrated on a whiteboard. Takeaways focus on the benefits of network virtualization in building scalable software-defined datacenters.
Is SDN Necessary?
Is SDN Necessary?Bruce Davie 1. The document discusses the evolution of SDN and networking innovation. It argues that while OpenFlow has failed to create an independent ecosystem, SDN has proven useful in at least one instance (NSX).
2. Networking is moving towards more open, programmable systems like the software-defined data center (SDDC) model used by large companies. This allows for rapid innovation through open interfaces and abstraction of software from hardware.
3. Software is driving innovation in both computing and networking. Successful data centers have adopted horizontal, software-based approaches rather than vertically integrated proprietary solutions.
Evolution of Network Virtualization
Evolution of Network VirtualizationPavan Hasabnis Network virtualization allows for provisioning virtual networks alongside virtual computers with linked lifecycles and identities. This evolution allows for more agile infrastructure over legacy hardware-defined networks. Network virtualization is growing rapidly and expected to increase 86.1% annually to $45 billion by 2020. It provides benefits like single console management, faster application deployment, network monitoring, and improved agility and user experience.
Quantum - The Network Mechanics
Quantum - The Network MechanicsKiran Murari Quantum is an OpenStack networking project that provides networking as a service between interfaces managed by other projects like Nova. It uses plugins to support different networking technologies and providers. Quantum provides advanced network topologies and tenant control over networking that was not possible with just Nova networking. The Grizzly release includes improvements to security groups, load balancing as a service, new plugins, and seamless upgrades from Folsom.
Network Virtualization: Delivering on the Promises of SDN
Network Virtualization: Delivering on the Promises of SDNOpen Networking Summits The document discusses Software-Defined Networking (SDN) and its promises, including rapid innovation, vendor choice, and simplified operations, while distinguishing that SDN is not synonymous with network virtualization. It explains network virtualization as the decoupling of services from physical networks, offering operational simplification and rapid provisioning akin to virtual machines. Ultimately, while SDN can enhance network virtualization, it is not a prerequisite for it, allowing for greater flexibility and efficiency in network management.
Juniper Unified SDN Technical Presentation (SDN Day ITB 2016)
Juniper Unified SDN Technical Presentation (SDN Day ITB 2016)SDNRG ITB This document discusses unified SDN and its applications across network domains. It defines SDN as separating the control plane from the data plane and using a network operating system to programmatically control the network. However, it argues this approach is too low-level and not manageable. Instead, it proposes a next-gen service management system that compiles abstract service models into device configurations. This allows for automated, standardized, and flexible service provisioning across virtualized data centers, NFV, access edges, aggregation, and cores.
Software Defined Networks
Software Defined NetworksShreeya Shah The document provides an overview of Software-Defined Networking (SDN), highlighting its advantages like virtualization, automation, and programmability that enhance network innovation and management. It discusses the architecture of SDN, emphasizing the separation of control and data planes, and the role of the OpenFlow protocol as a key component. Additionally, it projects that SDN will lead to more flexible and scalable networks, vital for modern cloud environments.
Network Virtualization
Network VirtualizationKingston Smiler Network virtualization logically separates network resources and allows multiple virtual networks to operate over a shared physical infrastructure. It provides benefits like efficient usage of network resources, logical isolation of traffic between users, and accommodating dynamic server virtualization. Key enablers of network virtualization are cloud computing, server virtualization, software-defined networking (SDN), and network functions virtualization (NFV). A virtual tenant network (VTN) uses an underlay physical network and an overlay virtual network to logically isolate traffic for different users or groups. Common uses of network virtualization are in data centers and telecommunication networks.
SDN: an introduction
SDN: an introductionLuca Profico This document provides an overview of software-defined networking (SDN). It defines SDN as a concept that separates the control plane and data plane in network devices to make network implementation, scalability, and management easier. The document discusses SDN concepts like the OpenFlow protocol, SDN controllers, network applications, and SDN architectures. It also covers SDN use cases and challenges, such as scalability issues and ensuring security in SDN environments.
Network Virtualization Architectural & Technological aspects
Network Virtualization Architectural & Technological aspectsdeshpandeamrut This document discusses network virtualization from an architectural and technological perspective. It covers the principles of network virtualization including coexistence, recursion, inheritance, and revisitation. It then discusses different types of network device virtualization including NIC, router, link, and data path virtualization. It also covers network virtualization technologies like overlay networks and virtual private networks. Finally, it discusses applications of network virtualization like provisioning independent networks, improving robustness and reducing hardware costs.
Software Defined Network - SDN
Software Defined Network - SDNVenkata Naga Ravi The document discusses Software Defined Networking (SDN), which separates the control plane from the data plane, allowing centralized management and programmability of network resources. It highlights use cases like virtualization, orchestration, automation, and performance optimization, and outlines different SDN architectures and controllers, including OpenFlow and Cisco technologies. The document also touches on network function virtualization and active networks, emphasizing the flexibility and scalability SDN offers.
DEVNET-1114 Automated Management Using SDN/NFV
DEVNET-1114 Automated Management Using SDN/NFVCisco DevNet The document discusses the use of Software-Defined Networking (SDN) and Network Functions Virtualization (NFV) for automating and dynamically provisioning networks in cloud data centers. It highlights the inefficiencies of current fixed capacity models and outlines a testbed for SDN implementation at the New York State Center for Cloud Computing & Analytics. The paper emphasizes the necessity for innovative management and orchestration methods to improve operational efficiency and respond to varying network demands.
SDN Cloud Computing Project Help
SDN Cloud Computing Project HelpNetwork Simulation Tools The document discusses the benefits and recent research ideas related to Software Defined Networking (SDN) in cloud computing projects. Key advantages of SDN projects include dynamic traffic management, quick policy updates, and minimized downtime and costs. It also outlines innovative research areas such as workload slicing, DDoS attack detection, and resource allocation.
Software Defined Networking: Network Virtualization
Software Defined Networking: Network VirtualizationNetCraftsmen This document provides an overview of software defined networking (SDN) and network virtualization. It defines key concepts like virtualization of memory, disks, CPUs and how network virtualization works. It discusses how SDN aims to create control plane abstractions to simplify networks and hide complexity. OpenFlow is introduced as an early SDN protocol but the document notes SDN is more than just OpenFlow. Use cases for SDN like multi-tenant networks and improved traffic engineering are presented. Challenges like integration with existing network protocols and troubleshooting are also discussed.
Midokura OpenStack Day Korea Talk: MidoNet Open Source Network Virtualization...
Midokura OpenStack Day Korea Talk: MidoNet Open Source Network Virtualization...Dan Mihai Dumitriu The document discusses the drivers of significant changes in cloud networking, particularly the shift towards network virtualization and the limitations of traditional networking. It emphasizes the requirements for network virtualization, such as speed of provisioning, scalability, and multi-tenancy, and introduces Midonet as a solution with features like logical L2 and L3 switching. The document outlines the integration of Midonet with OpenStack and the benefits of its distributed architecture for enhanced network performance.
SDN, Network Virtualization and the Software Defined Data Center – Brad Hedlund
SDN, Network Virtualization and the Software Defined Data Center – Brad HedlundChef Software, Inc. The document presented by Brad Hedlund at ChefConf 2013 discusses VMware NSX and its integration with network virtualization, highlighting its components like logical switches, routers, and distributed stateful ACLs. It emphasizes the automation of network services and the transition from manual, error-prone networking to efficient, automated workflows using tools like Chef and OpenStack. The presentation also addresses the performance improvements in app provisioning at PayPal enabled by NSX technology.
Introduction to Software Defined Networking (SDN)
Introduction to Software Defined Networking (SDN)Bangladesh Network Operators Group Here are the key steps:
1. Kill any existing controllers running on the system
2. Clear out any existing Mininet topology using mn -c
3. Start the Ryu OpenFlow controller by running:
ryu-manager --verbose ./simple_switch_13.py
This starts the Ryu controller with the simple_switch_13.py application, which provides basic OpenFlow switch functionality. The --verbose flag prints debug information from the controller. We have now initialized the SDN environment with Ryu acting as the controller.
Dave Chandler Presents SDN at World Wide Technology's TECday - St. Louis
Dave Chandler Presents SDN at World Wide Technology's TECday - St. LouisWorld Wide Technology This document provides an overview of enterprise networking solutions offered by ATC Solutions Engineering. It discusses their mission to deliver value through networking solution assessments and provide clarity for business technology decisions. It then lists and briefly describes various networking domains and solutions they consult on, such as data center networking, campus/branch networking, software-defined networking, and lab as a service.
FlowN vs FlowVisor: Scalable Network Virtualization in SDN
FlowN vs FlowVisor: Scalable Network Virtualization in SDNHao Jiang This document proposes FlowN, a scalable software-defined network virtualization approach. FlowN uses container-based virtualization to isolate tenant control logic and encapsulation to isolate tenant traffic and address spaces. FlowN maps virtual networks to physical infrastructure using a database for flexibility and scalability. The database stores node and path mappings and lookups are done through SQL queries. An experiment shows FlowN has lower latency increases than FlowVisor as the number of virtual networks increases, demonstrating improved scalability.
Introduction to SDN and Network Programmability - BRKRST-1014 | 2017/Las Vegas
Introduction to SDN and Network Programmability - BRKRST-1014 | 2017/Las VegasBruno Teixeira The document introduces Software-Defined Networking (SDN) and its impact on network management, detailing its architecture, use cases, and Cisco's products. It emphasizes the benefits of decoupling control and data planes, enabling programmability, and improving service delivery in various sectors. The session aims to inform network engineers and IT professionals about the transformative potential of SDN in modern networking practices.
Introduction to SDN: Software Defined Networking
Introduction to SDN: Software Defined NetworkingAnkita Mahajan The document discusses the challenges faced by traditional data center networking, particularly highlighting complexity, scalability issues, and inconsistent policy implementations. It advocates for Software-Defined Networking (SDN) as a solution to these problems by decoupling network control and forwarding planes, enabling easy scalability, automated management, and improved network responsiveness. Additionally, it outlines the driving trends for the adoption of SDN, including the rise of cloud services and big data, and emphasizes its potential to enhance network efficiency and security.
Introduction to Software Defined Networking (SDN)
Introduction to Software Defined Networking (SDN)rjain51 The document provides an introduction to Software Defined Networking (SDN), emphasizing its framework aimed at enhancing network administration through separation of control and data planes, centralization, and programmability. It discusses alternative APIs, the significance of SDN in virtualization and orchestration, and the evolution of SDN definitions along with key functionalities that address network management and performance. Additionally, the document highlights various protocols and technologies, such as OpenFlow and XMPP, that support SDN implementation and management.
An SDN Based Approach To Measuring And Optimizing ABR Video Quality Of Experi...
An SDN Based Approach To Measuring And Optimizing ABR Video Quality Of Experi...Cisco Service Provider The document discusses an SDN-based approach aimed at improving the measurement and optimization of adaptive bitrate (ABR) video quality for cable operators as they migrate to IP video services. It highlights the challenges posed by increasing video traffic and varying user quality of experience (QoE) across network segments, emphasizing the need for better tools to analyze and enhance QoE. The proposed architecture utilizes software-defined networking to provide more insights into user experiences and facilitate optimal network resource allocation to improve overall video delivery quality.
More Related Content
What's hot (20)
Is SDN Necessary?
Is SDN Necessary?Bruce Davie 1. The document discusses the evolution of SDN and networking innovation. It argues that while OpenFlow has failed to create an independent ecosystem, SDN has proven useful in at least one instance (NSX).
2. Networking is moving towards more open, programmable systems like the software-defined data center (SDDC) model used by large companies. This allows for rapid innovation through open interfaces and abstraction of software from hardware.
3. Software is driving innovation in both computing and networking. Successful data centers have adopted horizontal, software-based approaches rather than vertically integrated proprietary solutions.
Evolution of Network Virtualization
Evolution of Network VirtualizationPavan Hasabnis Network virtualization allows for provisioning virtual networks alongside virtual computers with linked lifecycles and identities. This evolution allows for more agile infrastructure over legacy hardware-defined networks. Network virtualization is growing rapidly and expected to increase 86.1% annually to $45 billion by 2020. It provides benefits like single console management, faster application deployment, network monitoring, and improved agility and user experience.
Quantum - The Network Mechanics
Quantum - The Network MechanicsKiran Murari Quantum is an OpenStack networking project that provides networking as a service between interfaces managed by other projects like Nova. It uses plugins to support different networking technologies and providers. Quantum provides advanced network topologies and tenant control over networking that was not possible with just Nova networking. The Grizzly release includes improvements to security groups, load balancing as a service, new plugins, and seamless upgrades from Folsom.
Network Virtualization: Delivering on the Promises of SDN
Network Virtualization: Delivering on the Promises of SDNOpen Networking Summits The document discusses Software-Defined Networking (SDN) and its promises, including rapid innovation, vendor choice, and simplified operations, while distinguishing that SDN is not synonymous with network virtualization. It explains network virtualization as the decoupling of services from physical networks, offering operational simplification and rapid provisioning akin to virtual machines. Ultimately, while SDN can enhance network virtualization, it is not a prerequisite for it, allowing for greater flexibility and efficiency in network management.
Juniper Unified SDN Technical Presentation (SDN Day ITB 2016)
Juniper Unified SDN Technical Presentation (SDN Day ITB 2016)SDNRG ITB This document discusses unified SDN and its applications across network domains. It defines SDN as separating the control plane from the data plane and using a network operating system to programmatically control the network. However, it argues this approach is too low-level and not manageable. Instead, it proposes a next-gen service management system that compiles abstract service models into device configurations. This allows for automated, standardized, and flexible service provisioning across virtualized data centers, NFV, access edges, aggregation, and cores.
Software Defined Networks
Software Defined NetworksShreeya Shah The document provides an overview of Software-Defined Networking (SDN), highlighting its advantages like virtualization, automation, and programmability that enhance network innovation and management. It discusses the architecture of SDN, emphasizing the separation of control and data planes, and the role of the OpenFlow protocol as a key component. Additionally, it projects that SDN will lead to more flexible and scalable networks, vital for modern cloud environments.
Network Virtualization
Network VirtualizationKingston Smiler Network virtualization logically separates network resources and allows multiple virtual networks to operate over a shared physical infrastructure. It provides benefits like efficient usage of network resources, logical isolation of traffic between users, and accommodating dynamic server virtualization. Key enablers of network virtualization are cloud computing, server virtualization, software-defined networking (SDN), and network functions virtualization (NFV). A virtual tenant network (VTN) uses an underlay physical network and an overlay virtual network to logically isolate traffic for different users or groups. Common uses of network virtualization are in data centers and telecommunication networks.
SDN: an introduction
SDN: an introductionLuca Profico This document provides an overview of software-defined networking (SDN). It defines SDN as a concept that separates the control plane and data plane in network devices to make network implementation, scalability, and management easier. The document discusses SDN concepts like the OpenFlow protocol, SDN controllers, network applications, and SDN architectures. It also covers SDN use cases and challenges, such as scalability issues and ensuring security in SDN environments.
Network Virtualization Architectural & Technological aspects
Network Virtualization Architectural & Technological aspectsdeshpandeamrut This document discusses network virtualization from an architectural and technological perspective. It covers the principles of network virtualization including coexistence, recursion, inheritance, and revisitation. It then discusses different types of network device virtualization including NIC, router, link, and data path virtualization. It also covers network virtualization technologies like overlay networks and virtual private networks. Finally, it discusses applications of network virtualization like provisioning independent networks, improving robustness and reducing hardware costs.
Software Defined Network - SDN
Software Defined Network - SDNVenkata Naga Ravi The document discusses Software Defined Networking (SDN), which separates the control plane from the data plane, allowing centralized management and programmability of network resources. It highlights use cases like virtualization, orchestration, automation, and performance optimization, and outlines different SDN architectures and controllers, including OpenFlow and Cisco technologies. The document also touches on network function virtualization and active networks, emphasizing the flexibility and scalability SDN offers.
DEVNET-1114 Automated Management Using SDN/NFV
DEVNET-1114 Automated Management Using SDN/NFVCisco DevNet The document discusses the use of Software-Defined Networking (SDN) and Network Functions Virtualization (NFV) for automating and dynamically provisioning networks in cloud data centers. It highlights the inefficiencies of current fixed capacity models and outlines a testbed for SDN implementation at the New York State Center for Cloud Computing & Analytics. The paper emphasizes the necessity for innovative management and orchestration methods to improve operational efficiency and respond to varying network demands.
SDN Cloud Computing Project Help
SDN Cloud Computing Project HelpNetwork Simulation Tools The document discusses the benefits and recent research ideas related to Software Defined Networking (SDN) in cloud computing projects. Key advantages of SDN projects include dynamic traffic management, quick policy updates, and minimized downtime and costs. It also outlines innovative research areas such as workload slicing, DDoS attack detection, and resource allocation.
Software Defined Networking: Network Virtualization
Software Defined Networking: Network VirtualizationNetCraftsmen This document provides an overview of software defined networking (SDN) and network virtualization. It defines key concepts like virtualization of memory, disks, CPUs and how network virtualization works. It discusses how SDN aims to create control plane abstractions to simplify networks and hide complexity. OpenFlow is introduced as an early SDN protocol but the document notes SDN is more than just OpenFlow. Use cases for SDN like multi-tenant networks and improved traffic engineering are presented. Challenges like integration with existing network protocols and troubleshooting are also discussed.
Midokura OpenStack Day Korea Talk: MidoNet Open Source Network Virtualization...
Midokura OpenStack Day Korea Talk: MidoNet Open Source Network Virtualization...Dan Mihai Dumitriu The document discusses the drivers of significant changes in cloud networking, particularly the shift towards network virtualization and the limitations of traditional networking. It emphasizes the requirements for network virtualization, such as speed of provisioning, scalability, and multi-tenancy, and introduces Midonet as a solution with features like logical L2 and L3 switching. The document outlines the integration of Midonet with OpenStack and the benefits of its distributed architecture for enhanced network performance.
SDN, Network Virtualization and the Software Defined Data Center – Brad Hedlund
SDN, Network Virtualization and the Software Defined Data Center – Brad HedlundChef Software, Inc. The document presented by Brad Hedlund at ChefConf 2013 discusses VMware NSX and its integration with network virtualization, highlighting its components like logical switches, routers, and distributed stateful ACLs. It emphasizes the automation of network services and the transition from manual, error-prone networking to efficient, automated workflows using tools like Chef and OpenStack. The presentation also addresses the performance improvements in app provisioning at PayPal enabled by NSX technology.
Introduction to Software Defined Networking (SDN)
Introduction to Software Defined Networking (SDN)Bangladesh Network Operators Group Here are the key steps:
1. Kill any existing controllers running on the system
2. Clear out any existing Mininet topology using mn -c
3. Start the Ryu OpenFlow controller by running:
ryu-manager --verbose ./simple_switch_13.py
This starts the Ryu controller with the simple_switch_13.py application, which provides basic OpenFlow switch functionality. The --verbose flag prints debug information from the controller. We have now initialized the SDN environment with Ryu acting as the controller.
Dave Chandler Presents SDN at World Wide Technology's TECday - St. Louis
Dave Chandler Presents SDN at World Wide Technology's TECday - St. LouisWorld Wide Technology This document provides an overview of enterprise networking solutions offered by ATC Solutions Engineering. It discusses their mission to deliver value through networking solution assessments and provide clarity for business technology decisions. It then lists and briefly describes various networking domains and solutions they consult on, such as data center networking, campus/branch networking, software-defined networking, and lab as a service.
FlowN vs FlowVisor: Scalable Network Virtualization in SDN
FlowN vs FlowVisor: Scalable Network Virtualization in SDNHao Jiang This document proposes FlowN, a scalable software-defined network virtualization approach. FlowN uses container-based virtualization to isolate tenant control logic and encapsulation to isolate tenant traffic and address spaces. FlowN maps virtual networks to physical infrastructure using a database for flexibility and scalability. The database stores node and path mappings and lookups are done through SQL queries. An experiment shows FlowN has lower latency increases than FlowVisor as the number of virtual networks increases, demonstrating improved scalability.
Introduction to SDN and Network Programmability - BRKRST-1014 | 2017/Las Vegas
Introduction to SDN and Network Programmability - BRKRST-1014 | 2017/Las VegasBruno Teixeira The document introduces Software-Defined Networking (SDN) and its impact on network management, detailing its architecture, use cases, and Cisco's products. It emphasizes the benefits of decoupling control and data planes, enabling programmability, and improving service delivery in various sectors. The session aims to inform network engineers and IT professionals about the transformative potential of SDN in modern networking practices.
Introduction to SDN: Software Defined Networking
Introduction to SDN: Software Defined NetworkingAnkita Mahajan The document discusses the challenges faced by traditional data center networking, particularly highlighting complexity, scalability issues, and inconsistent policy implementations. It advocates for Software-Defined Networking (SDN) as a solution to these problems by decoupling network control and forwarding planes, enabling easy scalability, automated management, and improved network responsiveness. Additionally, it outlines the driving trends for the adoption of SDN, including the rise of cloud services and big data, and emphasizes its potential to enhance network efficiency and security.
Viewers also liked (20)
Introduction to Software Defined Networking (SDN)
Introduction to Software Defined Networking (SDN)rjain51 The document provides an introduction to Software Defined Networking (SDN), emphasizing its framework aimed at enhancing network administration through separation of control and data planes, centralization, and programmability. It discusses alternative APIs, the significance of SDN in virtualization and orchestration, and the evolution of SDN definitions along with key functionalities that address network management and performance. Additionally, the document highlights various protocols and technologies, such as OpenFlow and XMPP, that support SDN implementation and management.
An SDN Based Approach To Measuring And Optimizing ABR Video Quality Of Experi...
An SDN Based Approach To Measuring And Optimizing ABR Video Quality Of Experi...Cisco Service Provider The document discusses an SDN-based approach aimed at improving the measurement and optimization of adaptive bitrate (ABR) video quality for cable operators as they migrate to IP video services. It highlights the challenges posed by increasing video traffic and varying user quality of experience (QoE) across network segments, emphasizing the need for better tools to analyze and enhance QoE. The proposed architecture utilizes software-defined networking to provide more insights into user experiences and facilitate optimal network resource allocation to improve overall video delivery quality.
Report-SDN
Report-SDNDeeptiman Mallick The document provides an overview of Software-Defined Networking (SDN), including its key components and benefits. SDN allows network administrators to manage network services through abstraction of lower level functionality and control. It separates the system that makes decisions about traffic from the underlying systems that forward traffic. SDN provides benefits like business agility, easier policy implementation, and support for multi-vendor ecosystems. Key considerations for SDN include a focus on applications and open standards.
WWT Software-Defined Networking Guide
WWT Software-Defined Networking GuideJoel W. King The document provides an overview of software-defined networking (SDN), emphasizing its potential to transform network management through programmability and automation. It discusses the roles of network engineers, the dichotomy between purchasing vs. building SDN solutions, and various deployment scenarios, including the use of controllers and application programming interfaces (APIs). Additionally, it highlights the evolution of networking solutions and the need for integration with modern operational methodologies such as DevOps.
SDN: TIME TO ACCELERATE THE PACE…
SDN: TIME TO ACCELERATE THE PACE…Open Networking Summits The document discusses the implementation and benefits of Software-Defined Networking (SDN) in various telecommunications use cases, including virtual residential gateways and next-generation points of presence. Notable collaborations with companies such as Huawei and China Telecom demonstrate significant operational and capital expense reductions through SDN technologies. It emphasizes the evolution toward software-based network solutions and the advantages of open standards and programmable networking.
Migrating to OpenFlow SDNs
Migrating to OpenFlow SDNsUS-Ignite The document outlines the objectives and milestones of the Open Networking Foundation's migration working group, formed to accelerate the adoption of Open SDN through practical migration use cases and recommendations. It discusses three main migration approaches (direct upgrade, phased deployment, and hybrid systems), and presents real-world examples, including Stanford's and Google's SDN deployments. The document emphasizes the importance of validation, metrics, and performance throughout the migration process to ensure successful transitions to OpenFlow-based networks.
Denver Big Data Analytics Day
Denver Big Data Analytics DayZivaro Inc The document provides an overview of Global Technology Resources, Inc. (GTRI) and its partnership with Splunk, highlighting GTRI's role as a premier certified training center and its capabilities in big data analytics. It details the scalability and performance of Splunk's solutions, especially in conjunction with NetApp's e-series storage, and showcases use cases from various industries including transportation, public sector, and technology. Additionally, it emphasizes the importance of real-time data processing and efficient data management for improving business operations in organizations like Cisco and Ticketmaster.
44CON London 2015 - Software Defined Networking (SDN) Security
44CON London 2015 - Software Defined Networking (SDN) Security44CON This document provides an overview of software-defined networking (SDN) security. It begins with an introduction to SDN and explains how decoupling the control plane from the data plane creates new attack surfaces. It then discusses recent SDN vulnerabilities in controllers like OpenDaylight and ONOS. Defensive technologies like Topoguard and security-mode ONOS are presented. The document concludes with recommendations for secure SDN development practices and a vision for improving the security of OpenDaylight.
SDN and Mininet: Some Basic Concepts
SDN and Mininet: Some Basic ConceptsEswar Publications The document discusses Software Defined Networking (SDN) as a transformative architecture aimed at addressing the complexities of traditional networks by separating the control and data planes, offering programmability and centralized management. It highlights Mininet as a powerful emulator for testing and studying SDN implementations, allowing for the creation of virtual networks to facilitate research and development. The paper concludes that SDN, supported by tools like Mininet, is essential for meeting the demands of modern networking characterized by increased scalability, security, and adaptability.
Introduction au Software Defined Networking (SDN)
Introduction au Software Defined Networking (SDN)Edouard DEBERDT Le document décrit le software-defined networking (SDN), une approche qui dissocie le matériel et le logiciel pour améliorer la gestion des réseaux. Il met en avant les avantages du SDN, notamment la programmabilité, l'agilité et la centralisation du contrôle, tout en permettant une automatisation et une flexibilité accrues. Des cas d'application et des exemples de technologies et de protocoles associés sont également présentés, soulignant une révolution dans le domaine des réseaux.
SDN, OpenFlow, NFV, and Virtual Network
SDN, OpenFlow, NFV, and Virtual NetworkTim4PreStartup This document discusses SDN (Software Defined Networking) concepts including controllers, applications, and components. It provides brief descriptions of popular open source SDN controllers like NOX, POX, Ryu, Floodlight, Opendaylight, and ONOS. It also summarizes common SDN applications like routing protocols and security applications. Key SDN characteristics and benefits are outlined as well.
DTS Solution - Software Defined Security v1.0
DTS Solution - Software Defined Security v1.0Shah Sheikh The document discusses software defined networking (SDN) and network virtualization. It explains that SDN separates the control plane and data plane, allowing network control through external systems rather than individual device configuration. Network virtualization decouples applications from hardware and allows for logical network topologies on the same physical infrastructure through resource isolation. OpenFlow is presented as a standard for SDN implementation, and tools like Open vSwitch, Mininet and OpenDaylight are discussed. Challenges around scalability, reliability and consistency with the separation of planes are also covered.
Openstack Neutron and SDN
Openstack Neutron and SDNinakipascual The document discusses OpenStack Neutron and Software Defined Networks (SDN). It begins with an agenda for a demonstration of Neutron including creating networks, spawning VMs, testing connectivity, and creating load balancers. It then provides an overview of Neutron components and architecture, including the modular layer 2 plugin. It demonstrates Neutron APIs and network namespaces. It introduces SDN concepts like the control plane and network virtualization. Finally, it discusses how Neutron enforces SDN through plugins like PLUMgrid that implement the functionality on software edges in compute nodes.
Pristine Intro SDN Concertation Workshop
Pristine Intro SDN Concertation WorkshopICT PRISTINE The PRISTINE project proposes a new approach to SDN using RINA as its foundation. The project aims to build a RINA SDK to allow experimentation with SDN in a way that addresses the limitations of current SDN approaches. It will develop RINA management systems and policies to create optimized DIFs for use cases like distributed cloud, datacenter networking, and network service providers. The goal is to leverage RINA's ability to maximize invariants and simplify protocols to provide programmability benefits for SDN.
Final Project presentation on Image processing based intelligent traffic cont...
Final Project presentation on Image processing based intelligent traffic cont...Louise Antonio The document discusses the implementation of traffic control using image processing, highlighting its advantages over traditional methods such as reducing unnecessary signal changes. It outlines key processes including image acquisition, pre-processing, edge detection, and matching algorithms, as well as the use of MATLAB for system design. Future enhancements aim to integrate DSP for real-time applications and improve vehicle identification systems.
SDN Basics – What You Need to Know about Software-Defined Networking
SDN Basics – What You Need to Know about Software-Defined NetworkingSDxCentral The document provides an overview of Software-Defined Networking (SDN), including its history, benefits, use cases, ecosystem, and guidance on getting started in 2013. It highlights the role of various vendors and open-source projects in the SDN landscape, as well as the importance of defining clear business objectives and collaborating with trusted vendors. Additionally, it emphasizes the need for enterprises to educate themselves and design proofs of concept before fully deploying SDN solutions.
Beyond the Phish with GTRI and Wombat Security Technologies
Beyond the Phish with GTRI and Wombat Security TechnologiesZivaro Inc The document discusses a presentation by Wombat Security Technologies on cybersecurity training and assessments. It summarizes key findings from Wombat's "Beyond the Phish" report, including that end users have weaker knowledge around using social media safely, protecting and disposing of data, identifying phishing attacks, and protecting confidential information. It also discusses Wombat's security awareness training methodology and tools.
Final Project Report on Image processing based intelligent traffic control sy...
Final Project Report on Image processing based intelligent traffic control sy...Louise Antonio The document discusses traffic congestion issues and proposes using image processing for traffic light control as a solution. It highlights the limitations of manual and automatic traffic control systems, suggesting that image processing can provide more accurate vehicle detection and reduce congestion. The text also describes the technical aspects of image processing, including techniques such as image enhancement and edge detection, particularly emphasizing the effectiveness of the Canny edge detection method.
Software-Defined Networking (SDN): Unleashing the Power of the Network
Software-Defined Networking (SDN): Unleashing the Power of the NetworkRobert Keahey The document discusses software-defined networking (SDN), highlighting its trends, drivers, and essential elements, including the use of OpenFlow. It addresses the evolution of networking architecture, emphasizing the decoupling of control and data planes and the shift towards centralized management and automation. Real-world applications and challenges of SDN in data center and cloud environments are also explored, along with future development needs and market drivers.
Software-Defined Networking(SDN):A New Approach to Networking
Software-Defined Networking(SDN):A New Approach to NetworkingAnju Ann This document provides an overview of Software-Defined Networking (SDN). It discusses how SDN decouples the network control plane from the forwarding plane, allowing for centralized control and programmability. The key components of the SDN architecture include OpenFlow switches, an SDN controller, and northbound and southbound APIs. OpenFlow is described as the primary southbound protocol, allowing the controller to program how packets are handled by switches. Example applications of SDN mentioned are network slicing and multi-tenancy in cloud computing. Challenges for SDN adoption are also noted.
An SDN Based Approach To Measuring And Optimizing ABR Video Quality Of Experi...
An SDN Based Approach To Measuring And Optimizing ABR Video Quality Of Experi...Cisco Service Provider
Ad
Similar to Software Defined Networking (20)
Software_Defined_Networking.pptx
Software_Defined_Networking.pptxAsfawGedamu The document discusses Software-Defined Networking (SDN) as a modern approach to network management that separates control logic from network hardware, allowing for improved programmability, automation, and scalability. It addresses limitations of traditional networks by providing insights into SDN's architecture, including its open interfaces and centralized management for efficient resource allocation. Additionally, it highlights the challenges of growing data demands and the need for seamless policy application and faster adaptability in enterprise networks.
Network Virtualization & Software-defined Networking
Network Virtualization & Software-defined NetworkingDigicomp Academy AG This document introduces software defined networking (SDN) and network functions virtualization (NFV) concepts. It discusses challenges with traditional networking and how SDN and NFV address these by decoupling the control and data planes, making the network programmable through APIs, and virtualizing network functions. It then provides examples of open source SDN platforms like OpenDaylight, Open vSwitch, and OpenStack that enable building virtual networks and service chains.
IBM Programmable Network Controller
IBM Programmable Network ControllerIBM India Smarter Computing The IBM Programmable Network Controller (PNC) enhances data center agility by using Software Defined Networking (SDN) and OpenFlow to manage scalable and secure multi-tenant networks. It offers centralized control, automated network configuration, and comprehensive visibility, allowing administrators to respond quickly to changing workloads and improve overall network reliability. Additionally, the PNC facilitates the dynamic control of network flows, ensuring efficient traffic management and optimal resource utilization in virtualized environments.
SDN Multi-Controller Domain.pptx
SDN Multi-Controller Domain.pptxSandeep Maurya The presentation discusses Software-Defined Networking (SDN), emphasizing the separation of control and data planes to enhance network management and flexibility. It covers key components like SDN controllers, OpenFlow protocol, load balancing strategies, and the challenges of traditional networking. The conclusion suggests future exploration of multi-controller systems to improve reliability and efficiency in network management.
Understanding Network Switches- .pdf
Understanding Network Switches- .pdfInfoRIPRASAITSolutio The document is a beginner's guide to network switches, explaining their role in connecting devices within computer networks. It covers various aspects such as types of switches, key features, benefits, and security considerations. Understanding network switches is essential for optimizing network performance, enhancing security, and managing data traffic efficiently.
Software Defined Networking, Concepts and Practical Implementations
Software Defined Networking, Concepts and Practical ImplementationsBangladesh Network Operators Group The document outlines software-defined networking (SDN) concepts and practical implementations, discussing the transition from traditional networking to SDN, which separates control and data planes for improved management and scalability. It covers key components like the OpenFlow protocol and tools like OpenDaylight and Mininet used in SDN implementations. The document also illustrates networking dynamics, including flow table functionalities and how routing algorithms react to link failures within SDN environments.
Webinar: The Software Matters in Open Networking
Webinar: The Software Matters in Open NetworkingStorage Switzerland The document discusses the importance of software in open networking, specifically in audio playback, with a focus on white box networking, software-defined networking (SDN), and intent-based networking. It outlines the benefits and components of adaptive cloud fabric, distributed networks, and resilient multi-DC cloud solutions, highlighting advantages such as cost reduction and simplified management. Additionally, it emphasizes the corporate strengths of Pluribus Networks and their strategic partnerships.
Lecture 11 Final.pptx
Lecture 11 Final.pptxHadeeb The document provides information on Software Defined Networking (SDN) and Multi-Protocol Label Switching (MPLS). It discusses how SDN separates the control plane from the data plane in traditional networks to make them more programmable. The key components of the SDN architecture are described. MPLS is introduced as a mechanism for traffic engineering by forwarding packets based on labels rather than lookups. Traffic engineering and generalized MPLS which supports wavelength switching are also summarized.
SDN & NFV.pptx
SDN & NFV.pptxRUKESHK1 - SDN separates the control plane from the data plane, with a centralized controller making decisions about how traffic is routed through the network (3 sentences)
- This improves network flexibility and programmability. The controller directs traffic flow through OpenFlow switches based on application requirements. SDN also enables network slicing to deliver customized services. (3 sentences)
- In an example, an SDN controller directs test traffic from Generator B to Consumer B instead of Consumer A by tagging the packets and instructing switches to route them accordingly, demonstrating SDN's ability to control traffic flow. (3 sentences)
Software Defined Networking (SDN)
Software Defined Networking (SDN)Aalok Shah The document discusses Software-Defined Networking (SDN), which is a network management approach that separates network control from data forwarding, allowing for centralized management and programmability of network behavior. Key benefits of SDN include reduced operating costs, enhanced security, and greater operational agility, enabling organizations to innovate with new services and applications. It also differentiates between SDN and OpenFlow, highlighting that while OpenFlow is a protocol within the SDN framework, SDN encompasses a broader set of concepts and objectives.
5G in Brownfield how SDN makes 5G Deployments Work
5G in Brownfield how SDN makes 5G Deployments WorkLumina Networks This document summarizes an open source networking group meetup about 5G and brownfield networks. It discusses how 5G will utilize distributed micro data centers and container networking to deploy services. It also explains how an open source central controller using projects like OpenStack and OpenDaylight can provide orchestration, service paths, and abstraction of network elements. Finally, it provides examples of how container networking and an open source SDN controller can help establish service paths and enable the deployment of 5G in hybrid brownfield environments.
Software-Defined Systems for Network-Aware Service Composition and Workflow P...
Software-Defined Systems for Network-Aware Service Composition and Workflow P...Pradeeban Kathiravelu, Ph.D. The document discusses software-defined systems aimed at enhancing network service composition and workflow placement within cloud and edge environments. It covers the principles of network softwarization, addresses research questions regarding economic and performance benefits, and introduces contributions such as a virtual connectivity provider (Netuber) and a service chaining algorithm (Évora) to optimize user policies and connectivity. The findings underscore the potential for cost-effective and efficient network solutions leveraging programmatic control of resources.
Introduction to SDN
Introduction to SDNNetCraftsmen The document presents an overview of Software Defined Networking (SDN), highlighting its advantages over traditional networking, such as improved agility, simplification, and enhanced communication between applications and the network. It discusses the limitations of traditional networking configurations and the necessity for new abstractions to manage complexity and errors. The document also outlines current trends in SDN technology, including the adoption of APIs and the integration of SDN with Network Functions Virtualization (NFV).
Telco Cloud 03 - Introduction to SDN
Telco Cloud 03 - Introduction to SDNVikas Shokeen The document provides an introduction to Software-Defined Networking (SDN) and its architecture, highlighting its differences from Network Functions Virtualization (NFV). It explains how SDN centralizes control and separates the data and control planes to create more flexible and programmable network management. Key features of SDN include programmability, centralized management, and the use of the OpenFlow protocol for communication between network elements.
Understanding network and service virtualization
Understanding network and service virtualizationSDN Hub This document discusses network and service virtualization technologies. It begins with an overview of challenges with current network architectures and how virtualization addresses them. It then covers three key trends: 1) network virtualization using SDN to program networks dynamically, 2) service virtualization using NFV to virtualize network functions, and 3) new infrastructure tools like Open vSwitch, OpenDaylight, and Docker networking. Finally, it discusses approaches to deploying network and service virtualization and provides a vendor landscape.
The UCLouvain Public Defense of my EMJD-DC Double Doctorate Ph.D. degree
The UCLouvain Public Defense of my EMJD-DC Double Doctorate Ph.D. degreePradeeban Kathiravelu, Ph.D. The document discusses the development of software-defined systems aimed at optimizing network-aware service composition and workflow placement within cloud environments. It outlines the motivations, thesis goals, and various proposed architectures (like Netuber and Évora) that enhance multi-domain connectivity, service chain placement, and interoperability via network softwarization. Key contributions include improved control for tenants in composing workflows, economic benefits of cloud-assisted networks, and the implementation of differentiated quality of service in multi-tenant cloud networks.
IoT System Management ppt SNMP simple network
IoT System Management ppt SNMP simple networknarikamalliy The document discusses SNMP (Simple Network Management Protocol) and its components, highlighting its features like remote management, monitoring, and configuration, as well as the limitations regarding security and performance overheads. It also introduces NETCONF/YANG, emphasizing their roles in network device configuration and management by separating configuration from monitoring, enabling programmatic interfaces, and enhancing reliability with rollback capabilities. Overall, it outlines the transition from traditional CLI and SNMP to these modern protocols to address the complexities and security issues in network management.
OpenDayLight Load Balanced Switching
OpenDayLight Load Balanced SwitchingManasaKulkarni3 The document discusses the concept of dynamic load balancing in Software Defined Networking (SDN) managed by the OpenDaylight controller, highlighting the limitations of traditional networks and the advantages afforded by SDN architecture. It details the implementation, tools used, and performance analysis showing significant improvements in throughput, packet loss reduction, and reduced latency when employing dynamic load balancing. The conclusion emphasizes the potential of dynamic load balancing to enhance network performance and stimulate further research in this area.
Software defined network-- SDN
Software defined network-- SDNAadarsh Sharma Software-defined networking (SDN) allows networks to be managed by software applications rather than traditional methods, enabling dynamic control and automation of network devices. It addresses the limitations of traditional network architectures, such as complexity, inconsistent policies, and scalability issues, by providing a centralized control plane that separates network management from data transfer. SDN's architecture facilitates virtualization, orchestration, programmability, and dynamic scaling to efficiently meet modern IT requirements.
Software Defined Networking, Concepts and Practical Implementations
Software Defined Networking, Concepts and Practical ImplementationsBangladesh Network Operators Group
Software-Defined Systems for Network-Aware Service Composition and Workflow P...
Software-Defined Systems for Network-Aware Service Composition and Workflow P...Pradeeban Kathiravelu, Ph.D.
The UCLouvain Public Defense of my EMJD-DC Double Doctorate Ph.D. degree
The UCLouvain Public Defense of my EMJD-DC Double Doctorate Ph.D. degreePradeeban Kathiravelu, Ph.D.
Ad
Recently uploaded (20)
Deep Learning for Natural Language Processing_FDP on 16 June 2025 MITS.pptx
Deep Learning for Natural Language Processing_FDP on 16 June 2025 MITS.pptxresming1 This gives an introduction to how NLP has evolved from the time of World War II till this date through the advances in approaches, architectures and word representations. From rule based approaches, it advanced to statistical approaches. from traditional machine learning algorithms it advanced to deep neural network architectures. Deep neural architectures include recurrent neural networks, long short term memory, gated recurrent units, seq2seq models, encoder decoder models, transformer architecture, upto large language models and vision language models which are multimodal in nature.
ElysiumPro Company Profile 2025-2026.pdf
ElysiumPro Company Profile 2025-2026.pdfinfo751436 Description
ElysiumPro | IEEE Final Year Projects | Best Internship Training | Inplant Training in Madurai
Best Final Year project training center
Address:
First Floor, A Block, 'Elysium Campus, 229, Church Rd, Vaigai Colony, Madurai, Tamil Nadu 625020
Plus Code:
W4CX+56 Madurai, Tamil Nadu
+91 9944793398
[email protected]
Elysium Group of Companies established ElysiumPro in 2001. Since its inception, it has been the most sought-after destination for final year project development and research papers among the students. Our commitment to providing quality project training & documentation to students has always been exceptional. We deliver the final year engineering projects and technical documents that provide extra edge and industry exposure to land prestigious jobs and reputed institutions for higher studies. Students from all over the country avail of our services for their final year projects. On average, we develop 5000+ projects and research papers per year on varied advanced domains. Python, JAVA, PHP, Android, Matlab, LabView, VLSI, SIMULINK, Power electronics, Power System, Antenna, Machine Learning, Deep Learning, Data Science, Artificial Intelligence, data Mining, Big Data, Cloud Computing, IoT,
Hours of Operation: -
Sunday 10am-1pm
Monday 7.30am-8pm
Tuesday 7.30am-8pm
Wednesday 7.30am-8pm
Thursday 7.30am-8pm
Friday 7.30am-8pm
Saturday 7.30am-8pm
Web Site:
https://elysiumpro.in/
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Youtube Geotagged Video:
https://youtu.be/QULY6XfuMyo
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Slideshow Images (Google Photos):
https://photos.app.goo.gl/hVwQJtkeptA1JZKd9
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
GBP Listing:
https://goo.gl/maps/6d6hko6TsDYyeDrz9
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Serving Areas:
https://www.google.com/maps/d/edit?mid=1-fsZogBiEAcjGP_aDyI0UKKIcwVUWfo&usp=sharing
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Google Site:
https://elysiumpro-project-center.business.site
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Google Sheet: https://docs.google.com/spreadsheets/d/1uXA07zxrUx2FCnBZWH80PpBZQrrX-2q1UBBe_0k3Yeo
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Google Document: https://docs.google.com/document/d/1BU4ZHW_41XJm2lvTq9pWYUpZILAEmF9dWEw7-DBbWoE
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Google Slides: https://docs.google.com/presentation/d/1uF8q6ueJWcAnhKTQsZxLE0Bo9PwgRNwCeuGV_ZgbSyU
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
Complete guidance book of Asp.Net Web API
Complete guidance book of Asp.Net Web APIShabista Imam Unlock the full potential of modern web development with the Complete Guidance Book of ASP.NET Web API—your all-in-one resource for mastering RESTful services using Microsoft’s powerful ASP.NET Core framework. This book takes you on a step-by-step journey from beginner to expert, covering everything from routing and controllers to security, performance optimization, and real-world architecture.
Rapid Prototyping for XR: Lecture 1 Introduction to Prototyping
Rapid Prototyping for XR: Lecture 1 Introduction to PrototypingMark Billinghurst Lecture 1 of a course on Rapid Prototyping for XR taught by Mark Billinghurst at Oulu University on June 9th, 2025. This lecture presents an Introduction to Prototyping.
Fundamentals of Digital Design_Class_21st May - Copy.pptx
Fundamentals of Digital Design_Class_21st May - Copy.pptxdrdebarshi1993 Basics of Number Systems and Logic Gates
(Continuous Integration and Continuous Deployment/Delivery) is a fundamental ...
(Continuous Integration and Continuous Deployment/Delivery) is a fundamental ...ketan09101 (Continuous Integration and Continuous Deployment/Delivery) is a fundamental practice in DevOps that streamlines software development and deployment.
Complete University of Calculus :: 2nd edition
Complete University of Calculus :: 2nd editionShabista Imam Master the language of change with the Complete Guidance Book of Calculus—your comprehensive resource for understanding the core concepts and applications of differential and integral calculus. Designed for high school, college, and self-study learners, this book takes a clear, intuitive approach to a subject often considered challenging.
Introduction to Natural Language Processing - Stages in NLP Pipeline, Challen...
Introduction to Natural Language Processing - Stages in NLP Pipeline, Challen...resming1 Lecture delivered in 2021. This gives an introduction to Natural Language Processing. It describes the use cases of NLP in daily life. It discusses the stages in NLP Pipeline. It highlights the challenges involved covering the different levels of ambiguity that could arise. It also gives a brief note on the present scenario with the latest language models, tools and frameworks/libraries for NLP.
Fundamentals of Digital Design_Class_12th April.pptx
Fundamentals of Digital Design_Class_12th April.pptxdrdebarshi1993 Boolean Algebra and Combinational Logic Circuit
How to Un-Obsolete Your Legacy Keypad Design
How to Un-Obsolete Your Legacy Keypad DesignEpec Engineered Technologies For any number of circumstances, obsolescence risk is ever present in the electronics industry. This is especially true for human-to-machine interface hardware, such as keypads, touchscreens, front panels, bezels, etc. This industry is known for its high mix and low-volume builds, critical design requirements, and high costs to requalify hardware. Because of these reasons, many programs will face end-of-life challenges both at the component level as well as at the supplier level.
Redesigns and qualifications can take months or even years, so proactively managing this risk is the best way to deter this. If an LED is obsolete or a switch vendor has gone out of business, there are options to proceed.
In this webinar, we cover options to redesign and reverse engineer legacy keypad and touchscreen designs.
For more information on our HMI solutions, visit https://www.epectec.com/user-interfaces.
Learning – Types of Machine Learning – Supervised Learning – Unsupervised UNI...
Learning – Types of Machine Learning – Supervised Learning – Unsupervised UNI...23Q95A6706 Learning – Types of Machine Learning – Supervised Learning – Unsupervised Learning- semi supervised learning - The Brain and the Neuron – Design a Learning System – Perspectives and Issues in Machine Learning – Concept Learning Task – Concept Learning as Search – Finding a Maximally Specific Hypothesis – Version Spaces and the Candidate Elimination Algorithm
Tally.ERP 9 at a Glance.book - Tally Solutions .pdf
Tally.ERP 9 at a Glance.book - Tally Solutions .pdfShabista Imam Tally.ERP 9 at a Glance.book, a fully completed guidance to learn tally erp 9.0
Tesla-Stock-Analysis-and-Forecast.pptx (1).pptx
Tesla-Stock-Analysis-and-Forecast.pptx (1).pptxmoonsony54 this is data science ppt for tesla stock (linear regression)
Software Defined Networking
- 2. What is SDN ??? ● Software-defined networking (SDN) is an approach to computer networking that allows network administrators to manage network services remotely. ● This is implemented by seperating the control plane and data plane in a topology.
- 3. What does this mean?? -a foundational element for building SDN solutions First, let us understand openflow...
- 5. Separate intelligence from datapath
- 6. Why SDN ??? ● Complexity – As the users of network grow rapidly, it has now become a challenging task to administer network in a dynamic enviornment. ● Inconsistent Policies – Rapid growth in demand of data center increase makes the traffic patterns unpredictable, for the IT people. ● Companies like Google, Facebook, Amazon, etc cannot configure their thousands of switches and servers manually, in such a dynamic network. ● And many more ...
- 7. Features of SDN: ● Dynamic ● Manageable ● Cost–effective ● Adaptable Suitable for the high-bandwidth, dynamic nature of today's applications
- 8. Request Processing by Remote Controller: ● Host make request to one of switch. ● Switch then forwards it to the remote controller. ● Depending on request, the controller decides whether to allow it or not. ● If yes, it makes an entry in the controller table and programs the switches which comes in the path for the request. ● As the service gets completed, it removes the entry from the controller table.
- 9. Network Configuration ● Link Aggregation - Connecting two physical links in order to create two logical links ● Firewall – Rerouting malicious host or protocol through a higher security link ● Providing Quality Of Service between two hosts or for a particular protocol ● In case of link failure, rerouting the traffic through a different path ● ...
- 10. Applications of SDN: ● Better network management. ● Complete utilization of bandwidth using link aggregation or by providing QoS. ● Saves the routing table calculation and prevent switches from running out of memory. ● Saves cost of many switches and routers.
- 12. MININET ● A network emulator ● Runs a collection of end-hosts, switches and links on a single Linux kernel ● Can send packets through what seems like a real Ethernet interface, with a given link speed and delay ● Provides various functionalities, like It shows that how host is connected to a switch and through which link. Shows the live host-switch links in the network. And many more ...
- 13. RYU Controller ● a component-based software defined networking framework. ● provides software components with well defined API ● Open Source Python controller – Supports OpenFlow 1.0, 1.2, 1.3.
- 14. References ● GitHub open source repository. ● Ryu mailing lists. ● SDN Lab (Discussion & error removal) ● Youtube (Mininet Tutorials) ● www.mininet.org ● www.ryu.org
- 15. Team Group-2 Name ID Abhijeet Singh Panwar 201351005 Shalinee Singh 201351024 Chirag Panpalia 201351001