iirdem The Livable Planet – A Revolutionary Concept through Innovative Street...Iaetsd Iaetsd
The document proposes an innovative street lighting and surveillance system using Internet of Things (IoT) and Li-Fi technologies. The system uses LED street lights equipped with sensors and cameras that can monitor traffic, detect crimes, and provide emergency assistance. Data from the lights would be transmitted using Li-Fi and stored in the cloud for analysis. This integrated system could save energy, reduce costs, and improve safety, traffic management, and emergency response capabilities in cities.
Landscape, Building Facade, And Parking LotLightman1
1. The document discusses lighting design considerations for landscape, building facades, and sites. It covers the need for lighting, community-responsive design, safety and security lighting, light pollution, and hiring a lighting designer.
2. Key factors in lighting design include determining community goals, developing a theme, selecting appropriate luminaires, controlling glare and light trespass, and providing layered lighting that highlights important areas.
3. Calculations can increase confidence that a lighting design will achieve the desired visual effects, while a lighting designer can envision and technically specify lighting solutions.
Landscape, Building Facade, And Parking LotLightman1
The document discusses lighting design for landscapes, building facades, and sites. It emphasizes the importance of designing lighting that considers community goals, themes, and minimizing light pollution and light trespass. A lighting designer can help achieve a creative vision through technical specifications and layered lighting designs.
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northropreshmadathe
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
Context Aware Pervasive Systems Architectures for a New Breed of Applications...rojgarzims19
Context Aware Pervasive Systems Architectures for a New Breed of Applications 1st Edition Seng Loke
Context Aware Pervasive Systems Architectures for a New Breed of Applications 1st Edition Seng Loke
Context Aware Pervasive Systems Architectures for a New Breed of Applications 1st Edition Seng Loke
Cognitive Radio Networks: a comprehensive study on scope and applicationsAM Publications
This document discusses cognitive radio networks and their advantages over traditional and software defined radio networks. A cognitive radio network is able to sense available spectrum, then adapt its transmission or reception parameters to communicate without interfering with licensed users. It can learn from previous experiences to most efficiently utilize unused spectrum. The cognitive radio cycle involves spectrum sensing, allocation, reconfiguration, and transmission. Cognitive radio networks provide highly reliable communications and efficient spectrum utilization.
Wireless Sensor networks are dense networks, which consist of small low cost
sensors having severely constrained computational and energy resources, which operate in
an adhoc environment. Sensor network combines the aspects of distributed sensing,
computing and communication. Despite the numerous applications of sensor networks in
various fields there are various issues which need to be explored and resolved such as
resource constraints, routing, coverage, security, information collection and gathering etc.
In this paper we aim to provide the detailed overview of the wireless sensor technologies and
issues related to them, such as advancement of sensor technology, architecture, applications,
issues and the work done in the field of routing, coverage and security.
This presentation talks about the lighting sensors and various types of light sensors. it states various methods to control light automatically. It includes the information about the Lighting Control Sensor Technologies. Also, its usage and importance in today's world.
Digital_Notes___UNIT_5___EC8702___AD_HOC_AND__WIRELESS_SENSOR__NETWORKS.pdf.pdfMathavan N
This document provides an overview of sensor node hardware platforms and programming challenges. It discusses the main components of a basic sensor node, including the controller, memory, sensors/actuators, communication, and power supply. It describes three categories of sensor node hardware: augmented general-purpose computers, dedicated embedded sensor nodes like the Berkeley Motes, and system-on-chip nodes. It then focuses on the Berkeley Motes, outlining their architecture including dual CPU design, memory, radio communication, and energy consumption of components. The document emphasizes that programming for resource-constrained sensor node hardware presents challenges in optimizing for small memory footprints.
This document summarizes a citizen science project that aims to analyze street lamp spectra and colors using smartphones. The project would develop tools to allow citizens to determine the type of lamp installed and its characteristics to collect data on light pollution. The data could be used by citizens and associations concerned with light pollution and to educate students. It would provide scientific data on lamp locations and types to study light pollution impacts.
This document provides an introduction to cognitive radio. It defines cognitive radio as an intelligent wireless communication system that is aware of its surrounding environment and can learn and adapt to statistical variations in input stimuli in real-time. The key goals are highly reliable communication and efficient utilization of the radio spectrum. It discusses three fundamental cognitive tasks: radio-scene analysis to detect spectrum holes, channel identification to estimate channel states, and transmit power control and dynamic spectrum management. These three tasks form a cognitive cycle between the transmitter and receiver to achieve the goals of cognitive radio.
Data and Energy Integrated Communication Networks Jie Huworbyeikerrw
Data and Energy Integrated Communication Networks Jie Hu
Data and Energy Integrated Communication Networks Jie Hu
Data and Energy Integrated Communication Networks Jie Hu
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northropapaslakahaka
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
The document discusses sensemaking from distributed mobile sensing data from a middleware perspective. It notes that the proliferation of smartphones and their various sensors enables crowdsensing for applications like emergency response, personal health monitoring, and spatial field sensing. However, developing collaborative mobile apps for sensemaking is challenging due to barriers like lack of standardized APIs and scalability issues. The document proposes a distributed middleware framework to address this by providing APIs and libraries for collaboration, virtual sensing, computational offloading, and cloud integration to ease app development and ensure scalability. It discusses some example middleware platforms and techniques used for sensemaking.
Insights on Mobile Futures from Columbia University's Gil ZussmanNYC Media Lab
New sensors. More intelligent apps. Mobile-connected smart objects. Wearables. LTE. Augmented reality. Multi-platform development tools. Precision indoor location sensing. Ultra HD. Flexible screens. The list of anticipated future mobile technologies goes on and on.
On April 23, NYC Media Lab and Razorfish presented an evening of demos and discussion on Mobile Futures to learn what’s on the verge of commercialization, what’s still in the lab, and what advances will change the nature of media and communications in the future.
Read our takeaways at https://medium.com/@nycmedialab/524d50740b79.
This document summarizes a technical seminar report on wireless sensor networks submitted by two students, Kapil Dev Dwivedi and Shusma Sandey, to their professor Ravi Ranjan Mishra. The 5-page report includes an abstract, introduction to wireless sensor networks covering their technology, history and architecture, sensor technology, features of WSNs, applications of WSNs including environmental monitoring and health monitoring, standardization, and references.
The network structure of visited locations according to geotagged social medi...Zaenal Akbar
This document summarizes research on reconstructing a network of locations visited by tourists using geotagged photos shared on Flickr. The researchers created a network where locations were nodes connected by edges if multiple users took photos in both locations. They analyzed the network's degree and weight distributions and found it displayed a scale-free structure like other social networks. Future work could enhance the network's granularity and analyze multilayer collaborative networks to segment tourists and identify business functions.
Digital Infrastructures Enabling Civil and Environmental Systems through Info...kamtedaniza94
Digital Infrastructures Enabling Civil and Environmental Systems through Information Technology 1st Edition Rae Zimmerman
Digital Infrastructures Enabling Civil and Environmental Systems through Information Technology 1st Edition Rae Zimmerman
Digital Infrastructures Enabling Civil and Environmental Systems through Information Technology 1st Edition Rae Zimmerman
This document discusses wireless sensor networks (WSNs) and provides details about their characteristics and technologies. It begins by introducing WSNs and their role in enabling applications like smart grids and the internet of things. It then discusses key aspects of WSNs such as their topology, access network technologies, data aggregation techniques, and self-organizing capabilities. Specific technologies covered include 6LoWPAN for connecting WSNs to IP networks, adaptive flow control for unstable wireless links, and MEMS sensors for miniaturization. The document provides an in-depth overview of WSN technologies and design considerations.
This presentation discusses strategies for planning and executing a radio system migration. It emphasizes identifying key stakeholders and their operational needs during planning. The preparation phase involves creating a project schedule, conducting training, and developing a fallback plan for issues. Execution follows a cutover schedule, with technicians monitoring for problems. Post-cutover involves updating documentation and capturing lessons learned. An example migration timeline and frequency plan are provided.
Active sensors for local planning in mobile robotics 1st Edition Penelope Pro...fleitybuzder
Active sensors for local planning in mobile robotics 1st Edition Penelope Probert Smith
Active sensors for local planning in mobile robotics 1st Edition Penelope Probert Smith
Active sensors for local planning in mobile robotics 1st Edition Penelope Probert Smith
This document discusses using the UNA (Urban Network Analysis) tool to analyze placemaking and air pollution in Kathmandu, Nepal. It provides a brief history of placemaking in Kathmandu, introduces the UNA tool, and demonstrates how UNA metrics like reach, straightness, and gravity can be applied to a study area in Kathmandu to inform placemaking efforts. It then discusses how UNA metrics and mapping could help identify heavily trafficked roads contributing to air pollution to support combating this issue.
This document provides an overview of a project to create a responsive lighting installation on the Harvard Bridge connecting Cambridge and Boston using programmable LED lights. The installation would respond to pedestrian movement detected by sensors. It discusses the technical details of the lighting system including LED strips, diffusers, power supplies and networking. It also proposes developing a pattern book of responsive city lighting concepts and scenarios to guide future lighting product and system design.
This document discusses continuous wave radars and their advantages over pulse radars. It begins with an introduction explaining how radar technology has migrated from military to civilian security applications. It then discusses the basics of pulse radars and how continuous wave radars offer advantages like lower transmitted power, lack of ambiguity issues, and better electromagnetic compatibility. The document provides theoretical background on continuous wave radar signal processing and highlights key features of this radar type. It also discusses applications in security fields like target identification.
Indoor radio measurement and planning for umts hspda with antennaamrfgsm
This document describes Marcellinus Eheduru's 2013 master's thesis from the University of Wisconsin-Milwaukee titled "Indoor Radio Measurement and Planning for UMTS/HSDPA with Antennas". The thesis examines indoor radio wave propagation in campus buildings to understand how it can be used for outdoor-to-indoor UMTS/HSDPA radio network planning and performance improvement. An extensive measurement campaign was conducted in indoor environments with varying propagation conditions. The effects of walls, floors, doors and other obstacles on measurement results were observed. The thesis aims to show that indoor network range depends not only on antenna transmit power but also how the antenna handles multipath interference and obstructions.
This presentation talks about the lighting sensors and various types of light sensors. it states various methods to control light automatically. It includes the information about the Lighting Control Sensor Technologies. Also, its usage and importance in today's world.
Digital_Notes___UNIT_5___EC8702___AD_HOC_AND__WIRELESS_SENSOR__NETWORKS.pdf.pdfMathavan N
This document provides an overview of sensor node hardware platforms and programming challenges. It discusses the main components of a basic sensor node, including the controller, memory, sensors/actuators, communication, and power supply. It describes three categories of sensor node hardware: augmented general-purpose computers, dedicated embedded sensor nodes like the Berkeley Motes, and system-on-chip nodes. It then focuses on the Berkeley Motes, outlining their architecture including dual CPU design, memory, radio communication, and energy consumption of components. The document emphasizes that programming for resource-constrained sensor node hardware presents challenges in optimizing for small memory footprints.
This document summarizes a citizen science project that aims to analyze street lamp spectra and colors using smartphones. The project would develop tools to allow citizens to determine the type of lamp installed and its characteristics to collect data on light pollution. The data could be used by citizens and associations concerned with light pollution and to educate students. It would provide scientific data on lamp locations and types to study light pollution impacts.
This document provides an introduction to cognitive radio. It defines cognitive radio as an intelligent wireless communication system that is aware of its surrounding environment and can learn and adapt to statistical variations in input stimuli in real-time. The key goals are highly reliable communication and efficient utilization of the radio spectrum. It discusses three fundamental cognitive tasks: radio-scene analysis to detect spectrum holes, channel identification to estimate channel states, and transmit power control and dynamic spectrum management. These three tasks form a cognitive cycle between the transmitter and receiver to achieve the goals of cognitive radio.
Data and Energy Integrated Communication Networks Jie Huworbyeikerrw
Data and Energy Integrated Communication Networks Jie Hu
Data and Energy Integrated Communication Networks Jie Hu
Data and Energy Integrated Communication Networks Jie Hu
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northropapaslakahaka
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
Introduction to Instrumentation Measmnts 2nd ed. Edition R. Northrop
The document discusses sensemaking from distributed mobile sensing data from a middleware perspective. It notes that the proliferation of smartphones and their various sensors enables crowdsensing for applications like emergency response, personal health monitoring, and spatial field sensing. However, developing collaborative mobile apps for sensemaking is challenging due to barriers like lack of standardized APIs and scalability issues. The document proposes a distributed middleware framework to address this by providing APIs and libraries for collaboration, virtual sensing, computational offloading, and cloud integration to ease app development and ensure scalability. It discusses some example middleware platforms and techniques used for sensemaking.
Insights on Mobile Futures from Columbia University's Gil ZussmanNYC Media Lab
New sensors. More intelligent apps. Mobile-connected smart objects. Wearables. LTE. Augmented reality. Multi-platform development tools. Precision indoor location sensing. Ultra HD. Flexible screens. The list of anticipated future mobile technologies goes on and on.
On April 23, NYC Media Lab and Razorfish presented an evening of demos and discussion on Mobile Futures to learn what’s on the verge of commercialization, what’s still in the lab, and what advances will change the nature of media and communications in the future.
Read our takeaways at https://medium.com/@nycmedialab/524d50740b79.
This document summarizes a technical seminar report on wireless sensor networks submitted by two students, Kapil Dev Dwivedi and Shusma Sandey, to their professor Ravi Ranjan Mishra. The 5-page report includes an abstract, introduction to wireless sensor networks covering their technology, history and architecture, sensor technology, features of WSNs, applications of WSNs including environmental monitoring and health monitoring, standardization, and references.
The network structure of visited locations according to geotagged social medi...Zaenal Akbar
This document summarizes research on reconstructing a network of locations visited by tourists using geotagged photos shared on Flickr. The researchers created a network where locations were nodes connected by edges if multiple users took photos in both locations. They analyzed the network's degree and weight distributions and found it displayed a scale-free structure like other social networks. Future work could enhance the network's granularity and analyze multilayer collaborative networks to segment tourists and identify business functions.
Digital Infrastructures Enabling Civil and Environmental Systems through Info...kamtedaniza94
Digital Infrastructures Enabling Civil and Environmental Systems through Information Technology 1st Edition Rae Zimmerman
Digital Infrastructures Enabling Civil and Environmental Systems through Information Technology 1st Edition Rae Zimmerman
Digital Infrastructures Enabling Civil and Environmental Systems through Information Technology 1st Edition Rae Zimmerman
This document discusses wireless sensor networks (WSNs) and provides details about their characteristics and technologies. It begins by introducing WSNs and their role in enabling applications like smart grids and the internet of things. It then discusses key aspects of WSNs such as their topology, access network technologies, data aggregation techniques, and self-organizing capabilities. Specific technologies covered include 6LoWPAN for connecting WSNs to IP networks, adaptive flow control for unstable wireless links, and MEMS sensors for miniaturization. The document provides an in-depth overview of WSN technologies and design considerations.
This presentation discusses strategies for planning and executing a radio system migration. It emphasizes identifying key stakeholders and their operational needs during planning. The preparation phase involves creating a project schedule, conducting training, and developing a fallback plan for issues. Execution follows a cutover schedule, with technicians monitoring for problems. Post-cutover involves updating documentation and capturing lessons learned. An example migration timeline and frequency plan are provided.
Active sensors for local planning in mobile robotics 1st Edition Penelope Pro...fleitybuzder
Active sensors for local planning in mobile robotics 1st Edition Penelope Probert Smith
Active sensors for local planning in mobile robotics 1st Edition Penelope Probert Smith
Active sensors for local planning in mobile robotics 1st Edition Penelope Probert Smith
This document discusses using the UNA (Urban Network Analysis) tool to analyze placemaking and air pollution in Kathmandu, Nepal. It provides a brief history of placemaking in Kathmandu, introduces the UNA tool, and demonstrates how UNA metrics like reach, straightness, and gravity can be applied to a study area in Kathmandu to inform placemaking efforts. It then discusses how UNA metrics and mapping could help identify heavily trafficked roads contributing to air pollution to support combating this issue.
This document provides an overview of a project to create a responsive lighting installation on the Harvard Bridge connecting Cambridge and Boston using programmable LED lights. The installation would respond to pedestrian movement detected by sensors. It discusses the technical details of the lighting system including LED strips, diffusers, power supplies and networking. It also proposes developing a pattern book of responsive city lighting concepts and scenarios to guide future lighting product and system design.
This document discusses continuous wave radars and their advantages over pulse radars. It begins with an introduction explaining how radar technology has migrated from military to civilian security applications. It then discusses the basics of pulse radars and how continuous wave radars offer advantages like lower transmitted power, lack of ambiguity issues, and better electromagnetic compatibility. The document provides theoretical background on continuous wave radar signal processing and highlights key features of this radar type. It also discusses applications in security fields like target identification.
Indoor radio measurement and planning for umts hspda with antennaamrfgsm
This document describes Marcellinus Eheduru's 2013 master's thesis from the University of Wisconsin-Milwaukee titled "Indoor Radio Measurement and Planning for UMTS/HSDPA with Antennas". The thesis examines indoor radio wave propagation in campus buildings to understand how it can be used for outdoor-to-indoor UMTS/HSDPA radio network planning and performance improvement. An extensive measurement campaign was conducted in indoor environments with varying propagation conditions. The effects of walls, floors, doors and other obstacles on measurement results were observed. The thesis aims to show that indoor network range depends not only on antenna transmit power but also how the antenna handles multipath interference and obstructions.
An updated content measurement model - Elle Geraghty Content Strategy.pdfElle Geraghty
To figure out if a content person is a junior, mid or senior, I always look at their ability to effectively measure their content work. Making content is one thing, but making content that performs is something else entirely.
This portfolio showcases a curated selection of academic, professional, and conceptual architectural projects, highlighting a comprehensive design approach that merges aesthetics, functionality, and contextual sensitivity. Each project demonstrates proficiency in design development, technical detailing, and presentation, along with strong command over industry-standard software tools.From large-scale urban planning proposals to intimate interior spaces, the portfolio reflects a commitment to sustainability, innovation, and user-centered design. The work embodies a balance between conceptual clarity and technical precision, aiming to address real-world challenges through thoughtful architectural solutions.Included are detailed drawings, 3D visualizations, physical models, and process sketches that collectively represent a holistic design process.Throughout the portfolio, you'll find,Conceptual Development: Idea generation, site studies, and early-stage diagrams that lay the foundation for each project.
Architectural Drawings: Detailed plans, sections, elevations, and construction details showcasing clarity and precision.
3D Visualizations and Renderings: Realistic and conceptual renderings that communicate spatial atmosphere and design intent.
Physical Models and Process Work: Documentation of physical prototypes and iterative design processes that illustrate hands-on exploration.
Technical and Software Proficiency: Demonstration of skills in software such as AutoCAD, Rhino, Revit, SketchUp, Adobe Creative Suite, Lumion, and others.
Venngage’s AI Infographic Generator helps you bring clarity to your content by turning plain text into visually compelling infographics—automatically. Designed with marketers and communicators in mind, it’s built to simplify complex messaging and speed up your workflow.
With just a short prompt, the AI understands your intent and creates a structured infographic that fits your content type—whether you’re outlining a process, comparing features, or mapping out a timeline. The tool selects fonts, icons, layouts, and visual hierarchy for you, taking care of the heavy lifting in seconds.
Once generated, you can fully customize the design to align with your brand—tweak colors, edit text, replace visuals, and adjust layout elements using a simple drag-and-drop editor. The tool supports different infographic styles, making it ideal for internal reports, client presentations, blog content, and social media graphics.
What makes it valuable for marketers?
- Eliminate bottlenecks in the content creation process
- Get campaign visuals and data summaries out faster
- Repackage written content into visuals that perform better on social and email
- Communicate insights clearly with clients and internal teams
Whether you're on a tight deadline or just want to simplify your storytelling, Venngage’s AI helps you create high-impact visuals without relying on a designer or starting from scratch.
Generate AI Infographics here: https://venngage.com/ai-tools/infographic-generator
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https://techblogs.cc/dl/
Wondershare Filmora Crack is a versatile video editing software designed for both beginners and intermediate creators.
Elevate your wardrobe with this chic abstract print shirt. Featuring a collared V-neck and button-down front, this versatile piece offers a relaxed fit with long sleeves. The striking black and white pattern adds a modern touch to any outfit, perfect for both casual and semi-formal occasions.
1. Artificial Lighting (Contextual Observations)
1. Nearby Street Lighting (Type and Spread)
Assess the types of streetlights (e.g., LED, high-pressure sodium) and their distribution around your
site. Consider the height, spacing, and orientation of the fixtures, as these factors influence the
uniformity and intensity of illumination.
Resource: https://www.lepro.com/learning/guide-to-street-lighting
2. Existing Electrical Infrastructure
Evaluate the current electrical systems supporting outdoor lighting, including the presence of smart
lighting technologies, control systems, and energy sources. Understanding the infrastructure helps
in planning upgrades or integrations with new lighting designs.
Resource: https://infralumin.com/blogs/connected-street-lights-the-future-of-urban-lighting
3. Nighttime Visibility and Lighting Zones
Determine how well-lit the area is during nighttime, identifying zones with adequate lighting and
those that are underlit. This assessment aids in enhancing safety, accessibility, and comfort for
pedestrians and vehicles.
Resource: https://darksky.org/resources/guides-and-how-tos/lighting-zones/
4. Light Pollution or Dark-Sky Concerns
Identify sources of excessive or misdirected artificial light that contribute to light pollution, affecting
human health, wildlife, and the visibility of the night sky. Implementing dark-sky-friendly practices
can mitigate these issues.
Resources:
- https://darksky.org/resources/what-is-light-pollution/light-pollution-solutions/lighting/
- https://education.nationalgeographic.org/resource/light-pollution/