Microsoft Excel is a spreadsheet program used to store and analyze numerical data in a grid format. It allows users to enter data, perform calculations, and visualize data through charts and graphs. Excel is widely used in business for tasks like managing budgets, tracking sales, and performing data analysis. Some key functions include building charts, conditional formatting, combining data from multiple sources, and creating drop-down lists and graphs.
UPDATED NOTE Nov 2013: this method of storing information is no longer recommended by the creator of this presentation in light of new data... We migrated to WorldShare Management systems in June 2013, and this presentation is to show how our library is using WorldCat Local lists to create reports on current serials subscriptions because our system currently does not have the reporting ability we need to do our work.
The pivot tables are not created mechanically. In Microsoft excel the user should select the data first for which the pivot table should be created. The pivot table option is available on the insert tab. The user has the option of inserting the pivot table either in the existing sheet or creating the pivot table in the new sheet. Copy the link given below and paste it in new browser window to get more information on Pivot Table:- http://www.transtutors.com/homework-help/statistics/pivot-table.aspx
Analyzing data using application in MS ExcelShohag Das
This document provides an overview of different data analysis tools in Microsoft Excel including pivot tables, data tables, scenario manager, goal seek, and VLOOKUP. Pivot tables allow users to summarize and analyze data by sorting and filtering, data tables enable analyzing data with multiple changing variables or conditions simultaneously, and scenario manager facilitates comparing outcomes under different scenarios. Goal seek identifies the input needed to achieve a desired result, and VLOOKUP looks up values and references from a table horizontally or vertically. All of these tools help save time and make interactive data analysis and decision making more efficient.
Presentation is about advance excel advance feature PIVOT Table and contains steps to insert pivot table and some useful features of pivot table in case of large amount of data
This document provides an overview of data analysis and visualization using Microsoft Excel. It covers summarizing data using functions like COUNTIF, sorting and filtering data, creating pivot tables, adding filters and slicers to pivot tables, formatting pivot tables, and creating pivot charts. The objective is to help users understand how to extract insights from data through summarization, aggregation, and visualization techniques in Excel.
This document provides an introduction to creating and using Excel PivotTables. It discusses appropriate source data types, how to create a basic PivotTable using the wizard or drag-and-drop method, formatting and updating PivotTables, and some advanced techniques. The presentation aims to help users understand how to use PivotTables for interactive data exploration and custom reporting using Excel's powerful summarization features.
Microsoft Excel allows users to enter numerical and financial data into spreadsheets and perform statistical analysis on that data. It contains many built-in statistical formulas that can be easily applied by selecting the formula type, choosing the specific formula, and configuring it with cell references to the data. However, Excel does not support some more advanced statistical methods like multiple comparison tests, nonparametric tests, or principal components analysis. The Analysis ToolPak add-in expands Excel's statistical analysis capabilities.
The document discusses pivot tables and pivot charts in Microsoft Excel. It provides instructions on how to create a basic pivot table by selecting data and dragging fields, and how to modify and filter the pivot table. It also explains how to create a pivot chart based on a pivot table and change the chart type. The document demonstrates multiple examples of advanced pivot table features like two-dimensional tables, calculated fields, and multi-level tables with multiple row and filter fields.
1) A pivot table is an interactive table that summarizes large amounts of data using calculation methods chosen by the user. It allows the data to be viewed from different perspectives by moving row and column headings.
2) The document provides steps to create a pivot table and pivot chart from sample sales data including product ID, name, price, quantity and total for each month and region.
3) Creating a pivot chart follows similar steps to a pivot table but in the wizard, "PivotChart Report" is selected instead of just "Pivot Table Report". Fields can then be dragged between areas to customize the summary and visualization.
Excel is spreadsheet software that allows users to create tables to store, organize, and analyze data arranged in rows and columns. It performs automatic calculations on numerical values and creates graphs and charts. Excel is part of the Microsoft Office suite of productivity software and uses a grid of cells referenced by column letters and row numbers to enter text, numbers, and formulas. Users can designate a range of cells as a table to easily add and manage rows of related data. Charts in Excel include pie charts for percentages, column charts for comparisons, bar charts for horizontal comparisons, and line charts for trends over time.
The document describes how to create and configure a basic pivot table in Excel. It explains that a pivot table allows you to sort and summarize data independently of the original layout. The steps include selecting a data range, choosing to create a pivot table, and using the pivot table field list to designate fields as report filters, column labels, or row labels. Configuring these fields allows the user to build a report to analyze relationships in the data.
This document discusses financial functions in Microsoft Excel. It begins with a basic introduction to Excel, describing how it simulates a worksheet with cells that can contain formulas calculating values from other cells. It then explains that financial functions are useful for professionals to automate calculations and get accurate solutions. Some common financial functions in Excel are listed, including SUM, FUTURE VALUE OF ANNUITY, PRESENT VALUE OF ANNUITY, and NET PRESENT VALUE. Formulas for each of these functions are also provided.
Sorting data reorders rows based on content in a column in either ascending or descending alphabetical or numerical order. Custom lists allow sorting based on user-defined specifications like days or months. Charts visually display worksheet data in plot, value, chart, and category areas using 11 types, most commonly line, column, bar, area, and pie charts. Pivot tables interactively filter, sort, and rearrange data in a specified order to summarize information and find trends. Workbook sharing and comments allow collaboration, while track changes records edits by different users.
This utility helps in compiling data from any format of Excel to your desired format of Excel.
One can manage data from scattered sheets from varied clients in varied formats to one standard template meant for specific purpose that includes templates for Excel Formats for Filing to GSTN and so on etc.
The document discusses various techniques for handling data in Excel, including entering data manually or importing it, sorting and filtering data, using subtotals and pivot tables to summarize data, and formatting options. Key techniques covered include importing tab-delimited files, sorting data by clicking Data > Sort, filtering data using Data > Autofilter, creating pivot tables by selecting the data source and dragging field buttons, and formatting cells using conditional formats.
This document provides instructions for performing various tasks in Excel and OpenOffice Calc spreadsheets:
1) It explains how to print gridlines on an Excel sheet when opened in OpenOffice Calc, including selecting the page style and checking the "Grid" option.
2) It describes how to insert Wingdings symbols in Excel by formatting cells to the Wingdings font, finding the symbol in Character Map, and copying and pasting it into the cell.
3) It gives steps to synchronize data between separate Excel workbooks by linking files using cell references, and between worksheets in the same workbook by selecting multiple tabs simultaneously.
4) It defines merging cells as combining multiple adjacent cells into a single larger cell, listing benefits
The document provides an overview of how to use pivot tables in Excel to efficiently summarize and analyze large datasets. It explains that pivot tables allow users to automatically sort and count data from thousands of rows and columns in seconds. The document then guides the reader through steps to set up their first pivot table using sample data, including arranging fields and values, formatting options, calculating new fields, conditional formatting, and creating pivot charts. The overall document serves as a tutorial to help users learn the key capabilities and benefits of using pivot tables in Excel.
MS Excel
Excel is an Electronic Spreadsheet Program.
An electronic spreadsheet is a computer software program that is used for storing, organizing and manipulating data.
The basic layout of computerized spreadsheets is the same as the paper ones.
slide 1:Uses In education Graphic presentation :
Using Excel can enhance understanding of content within a graphic presentation of the information; it provides a visual representation of data that makes it easier to analyze.
slide 2:As a teaching tool, students can see how different types of graphs and charts can be used to represent the same series of data.
slide 3:Excel is specialized software that lets you create:Entering tabular data
Calculate large data
Analyzing Student performance
Interpret data
Maintaining student records
Computing grades
Sorting a list
slide 4:Calculated…
slide 5: grade assess final result
slide 6:some other use..Compare values
view, copy, zoom, and print
Understanding relationship between things
slide 7:Share information on web:Excel can easily convert any chart or data set into a web page, making it very easy to share information among groups.
Many universities are using this model for data sharing between students who aren't even on the same continent.
slide 8:Business Uses of Excel
slide 9:Excel as Analytical Tool
Excel as Corporate Budgeting
Excel as Inventory Management
Excel as Create forms and consolidating results
Excel as Finding Profit Breakeven
Excel as Manage name list or data records
Management Dashboards
Excel is spreadsheet software that allows users to create tables to organize and calculate data. It is part of the Microsoft Office suite of products. In Excel, users can make tables by inputting data into cells organized in rows and columns. A cell is a single box in the spreadsheet that can contain text, numbers, or formulas. Users can also represent their data visually through different types of graphs like pie charts, line graphs, and bar graphs. Excel offers formatting tools and functions to help users work with and analyze their data.
This document provides an overview of Microsoft Excel 2013. It begins with a brief history of Excel, describing the various versions released since 1983. It then defines key Excel concepts like cells, worksheets, and workbooks. The remainder of the document focuses on new features in Excel 2013, listing 10 major enhancements such as the start screen, Backstage view, Flash Fill, recommended charts, Pivot Tables, and social sharing capabilities. It also includes sections on the Excel 2013 screen layout and frequently asked questions.
This document provides instructions for modifying a weather statistics document and table to be sent to journal editors through a mail merge. The tasks include inserting and formatting data in the table, applying styles, sorting recipients, and merging the document with a data source. Upon completion, the modified document is to be submitted.
This document provides a tutorial on creating and customizing PivotTable reports in Microsoft Excel 2007. It explains how to select data fields to analyze, build the initial report layout, add filters and grouping, pivot the data orientation, and more. Screenshots demonstrate each step, such as selecting data fields, adding fields to the report layout, and using filters to focus on subsets of data. The goal is to teach users how to use PivotTable reports to efficiently analyze and summarize their data.
This document describes an Excel application called ComparX-R that was developed to automate the reconciliation of data from legacy mainframe systems and data generated by open systems like ETL. The application takes source data from the mainframe and ETL, compares them row by row, and generates 10 different reports highlighting matches, mismatches, statistics, and more. This allowed the client to efficiently validate the accuracy of the data migration from mainframes to open systems during testing and implementation. The application is built with Excel and VBA for an easy to use interface and reporting functionality.
This document outlines an informational session on acquisitions for new librarians. It includes definitions of common acquisition terms, as well as discussion topics such as internal acquisition procedures, budgeting, ordering considerations for different materials, and what to do when subscriptions end. The session leaders are Jeff Bailey, Library Director at Arkansas State University, Linda Creibaum, Acquisitions and Serials Librarian at ASU, and Kirk Gordon, a Regional Sales Manager from EBSCO Information Services. They provide their contact information and thank attendees at the end.
You Have a DDA E-book Plan, Now How Do You Manage It?: Streamlining Individua...Charleston Conference
The document discusses demand-driven acquisition (DDA) of e-books, including:
- The history and development of DDA models since 2004.
- Tools from EBL (now owned by ProQuest) for managing DDA programs, including custom profiling, auto-weeding, and budget and fund code tools.
- How the Virtual Library of Virginia (VIVA) consortium implemented a DDA pilot program with EBL in 2013, setting limits on subject areas, price, and publication dates.
- Challenges of consortial DDA programs, including record management issues, and how VIVA addressed this through the WorldCat Knowledge Base.
Microsoft Excel allows users to enter numerical and financial data into spreadsheets and perform statistical analysis on that data. It contains many built-in statistical formulas that can be easily applied by selecting the formula type, choosing the specific formula, and configuring it with cell references to the data. However, Excel does not support some more advanced statistical methods like multiple comparison tests, nonparametric tests, or principal components analysis. The Analysis ToolPak add-in expands Excel's statistical analysis capabilities.
The document discusses pivot tables and pivot charts in Microsoft Excel. It provides instructions on how to create a basic pivot table by selecting data and dragging fields, and how to modify and filter the pivot table. It also explains how to create a pivot chart based on a pivot table and change the chart type. The document demonstrates multiple examples of advanced pivot table features like two-dimensional tables, calculated fields, and multi-level tables with multiple row and filter fields.
1) A pivot table is an interactive table that summarizes large amounts of data using calculation methods chosen by the user. It allows the data to be viewed from different perspectives by moving row and column headings.
2) The document provides steps to create a pivot table and pivot chart from sample sales data including product ID, name, price, quantity and total for each month and region.
3) Creating a pivot chart follows similar steps to a pivot table but in the wizard, "PivotChart Report" is selected instead of just "Pivot Table Report". Fields can then be dragged between areas to customize the summary and visualization.
Excel is spreadsheet software that allows users to create tables to store, organize, and analyze data arranged in rows and columns. It performs automatic calculations on numerical values and creates graphs and charts. Excel is part of the Microsoft Office suite of productivity software and uses a grid of cells referenced by column letters and row numbers to enter text, numbers, and formulas. Users can designate a range of cells as a table to easily add and manage rows of related data. Charts in Excel include pie charts for percentages, column charts for comparisons, bar charts for horizontal comparisons, and line charts for trends over time.
The document describes how to create and configure a basic pivot table in Excel. It explains that a pivot table allows you to sort and summarize data independently of the original layout. The steps include selecting a data range, choosing to create a pivot table, and using the pivot table field list to designate fields as report filters, column labels, or row labels. Configuring these fields allows the user to build a report to analyze relationships in the data.
This document discusses financial functions in Microsoft Excel. It begins with a basic introduction to Excel, describing how it simulates a worksheet with cells that can contain formulas calculating values from other cells. It then explains that financial functions are useful for professionals to automate calculations and get accurate solutions. Some common financial functions in Excel are listed, including SUM, FUTURE VALUE OF ANNUITY, PRESENT VALUE OF ANNUITY, and NET PRESENT VALUE. Formulas for each of these functions are also provided.
Sorting data reorders rows based on content in a column in either ascending or descending alphabetical or numerical order. Custom lists allow sorting based on user-defined specifications like days or months. Charts visually display worksheet data in plot, value, chart, and category areas using 11 types, most commonly line, column, bar, area, and pie charts. Pivot tables interactively filter, sort, and rearrange data in a specified order to summarize information and find trends. Workbook sharing and comments allow collaboration, while track changes records edits by different users.
This utility helps in compiling data from any format of Excel to your desired format of Excel.
One can manage data from scattered sheets from varied clients in varied formats to one standard template meant for specific purpose that includes templates for Excel Formats for Filing to GSTN and so on etc.
The document discusses various techniques for handling data in Excel, including entering data manually or importing it, sorting and filtering data, using subtotals and pivot tables to summarize data, and formatting options. Key techniques covered include importing tab-delimited files, sorting data by clicking Data > Sort, filtering data using Data > Autofilter, creating pivot tables by selecting the data source and dragging field buttons, and formatting cells using conditional formats.
This document provides instructions for performing various tasks in Excel and OpenOffice Calc spreadsheets:
1) It explains how to print gridlines on an Excel sheet when opened in OpenOffice Calc, including selecting the page style and checking the "Grid" option.
2) It describes how to insert Wingdings symbols in Excel by formatting cells to the Wingdings font, finding the symbol in Character Map, and copying and pasting it into the cell.
3) It gives steps to synchronize data between separate Excel workbooks by linking files using cell references, and between worksheets in the same workbook by selecting multiple tabs simultaneously.
4) It defines merging cells as combining multiple adjacent cells into a single larger cell, listing benefits
The document provides an overview of how to use pivot tables in Excel to efficiently summarize and analyze large datasets. It explains that pivot tables allow users to automatically sort and count data from thousands of rows and columns in seconds. The document then guides the reader through steps to set up their first pivot table using sample data, including arranging fields and values, formatting options, calculating new fields, conditional formatting, and creating pivot charts. The overall document serves as a tutorial to help users learn the key capabilities and benefits of using pivot tables in Excel.
MS Excel
Excel is an Electronic Spreadsheet Program.
An electronic spreadsheet is a computer software program that is used for storing, organizing and manipulating data.
The basic layout of computerized spreadsheets is the same as the paper ones.
slide 1:Uses In education Graphic presentation :
Using Excel can enhance understanding of content within a graphic presentation of the information; it provides a visual representation of data that makes it easier to analyze.
slide 2:As a teaching tool, students can see how different types of graphs and charts can be used to represent the same series of data.
slide 3:Excel is specialized software that lets you create:Entering tabular data
Calculate large data
Analyzing Student performance
Interpret data
Maintaining student records
Computing grades
Sorting a list
slide 4:Calculated…
slide 5: grade assess final result
slide 6:some other use..Compare values
view, copy, zoom, and print
Understanding relationship between things
slide 7:Share information on web:Excel can easily convert any chart or data set into a web page, making it very easy to share information among groups.
Many universities are using this model for data sharing between students who aren't even on the same continent.
slide 8:Business Uses of Excel
slide 9:Excel as Analytical Tool
Excel as Corporate Budgeting
Excel as Inventory Management
Excel as Create forms and consolidating results
Excel as Finding Profit Breakeven
Excel as Manage name list or data records
Management Dashboards
Excel is spreadsheet software that allows users to create tables to organize and calculate data. It is part of the Microsoft Office suite of products. In Excel, users can make tables by inputting data into cells organized in rows and columns. A cell is a single box in the spreadsheet that can contain text, numbers, or formulas. Users can also represent their data visually through different types of graphs like pie charts, line graphs, and bar graphs. Excel offers formatting tools and functions to help users work with and analyze their data.
This document provides an overview of Microsoft Excel 2013. It begins with a brief history of Excel, describing the various versions released since 1983. It then defines key Excel concepts like cells, worksheets, and workbooks. The remainder of the document focuses on new features in Excel 2013, listing 10 major enhancements such as the start screen, Backstage view, Flash Fill, recommended charts, Pivot Tables, and social sharing capabilities. It also includes sections on the Excel 2013 screen layout and frequently asked questions.
This document provides instructions for modifying a weather statistics document and table to be sent to journal editors through a mail merge. The tasks include inserting and formatting data in the table, applying styles, sorting recipients, and merging the document with a data source. Upon completion, the modified document is to be submitted.
This document provides a tutorial on creating and customizing PivotTable reports in Microsoft Excel 2007. It explains how to select data fields to analyze, build the initial report layout, add filters and grouping, pivot the data orientation, and more. Screenshots demonstrate each step, such as selecting data fields, adding fields to the report layout, and using filters to focus on subsets of data. The goal is to teach users how to use PivotTable reports to efficiently analyze and summarize their data.
This document describes an Excel application called ComparX-R that was developed to automate the reconciliation of data from legacy mainframe systems and data generated by open systems like ETL. The application takes source data from the mainframe and ETL, compares them row by row, and generates 10 different reports highlighting matches, mismatches, statistics, and more. This allowed the client to efficiently validate the accuracy of the data migration from mainframes to open systems during testing and implementation. The application is built with Excel and VBA for an easy to use interface and reporting functionality.
This document outlines an informational session on acquisitions for new librarians. It includes definitions of common acquisition terms, as well as discussion topics such as internal acquisition procedures, budgeting, ordering considerations for different materials, and what to do when subscriptions end. The session leaders are Jeff Bailey, Library Director at Arkansas State University, Linda Creibaum, Acquisitions and Serials Librarian at ASU, and Kirk Gordon, a Regional Sales Manager from EBSCO Information Services. They provide their contact information and thank attendees at the end.
You Have a DDA E-book Plan, Now How Do You Manage It?: Streamlining Individua...Charleston Conference
The document discusses demand-driven acquisition (DDA) of e-books, including:
- The history and development of DDA models since 2004.
- Tools from EBL (now owned by ProQuest) for managing DDA programs, including custom profiling, auto-weeding, and budget and fund code tools.
- How the Virtual Library of Virginia (VIVA) consortium implemented a DDA pilot program with EBL in 2013, setting limits on subject areas, price, and publication dates.
- Challenges of consortial DDA programs, including record management issues, and how VIVA addressed this through the WorldCat Knowledge Base.
Meeting User Needs & Expectations: A Library’s Quest for DiscoveryCharleston Conference
The document summarizes findings from surveys conducted by Taylor & Francis to understand how libraries are adapting to changing user needs and expectations. Key findings include that 68% of libraries have or plan to change their user interfaces based on user research. Libraries are also increasing their use of social media, especially Facebook and Twitter, to promote resources. Publishers can help with discovery by making paid content more discoverable on library websites and enhancing search capabilities.
The document discusses the transformation of the newspaper industry due to the rise of digital media and the Internet. It notes that print newspapers are struggling in developed nations but still thriving in some developing areas for now. However, the entire industry is having to adapt to declining print advertising revenues by shifting business models to focus more on digital content and exploring new revenue streams like paywalls and combined print/online subscriptions.
Electronic Resources Management: Functional Integration in Technical ServicesCharleston Conference
This document discusses the transition of technical services in academic libraries from a focus on print resources to electronic resources. It notes that print usage is declining while electronic usage is increasing, with over half of materials budgets now spent on e-resources. However, technical services departments remain organized for print. The document proposes integrating technical services into a new Electronic Resources Management unit focused on content, user support, licensing, and acquisitions/payment for e-resources. Remaining print staff would join a new Print Resources unit that will phase out over time. It outlines various roles and responsibilities in the new ERM unit and strategies for managing the transition.
The Individual in the Institution: Integrating the User Experience by Michael...Charleston Conference
Mobile access to content is becoming increasingly prevalent and important as powerful mobile devices such as smartphones and tablets gain wider adoption. According to a study by the Pew Research Center (Smith, 2010), 59% of all adults access the internet wirelessly via laptop or mobile phone and 38% of all adults access the internet via mobile phone. This shows that users are increasingly willing and able to effectively use websites and access non-email information on such devices. Since their introduction a few years ago, we see a strong move towards devices with sophisticated mobile operating systems (OSes), primarily Apple’s iOS (iPhone) and Google’s Android, and away from less capable devices, e.g. “feature phones” that run simpler OSes such as Symbian. This demonstrates that these platforms are now mature enough with respect to usability and capability that average users are no longer intimidated by them. Additionally, single-purpose “e-reader” devices, such as the Amazon Kindle, used primarily for consumption of long-form content such as eBooks are also capable platforms for academic content delivery. The combination of relatively low cost, a reading experience as comfortable as paper, easy portability and the ability to carry large amounts of content in a small form factor has proved compelling to users.
Users also use different devices according to context, and want to seamlessly transition between these contexts and devices as they move among different environments. Therefore, increasingly, publishers will offer features and functionality for mobile devices that recognize the importance of user transitions between multiple devices and contexts and facilitate the types of activities users need when making such transitions.
The presentation will present a review of mobile platforms capable of delivering academic content to the end user and the existing authentication methodologies available to institutional administrators for controlled delivery.
HighWire's voucher system allows mobile users to access subscribed content off-campus. A voucher is obtained through a publisher's website on an institution's network and applied to a mobile device within 48 hours. This grants the same access level to protected content as the institution's subscription when using mobile websites or apps. Vouchers are device and publisher specific and last 1-12 months depending on the publisher. The system provides a seamless way for mobile users to access subscribed content remotely.
Shared E-books from Coast to Coast: Consortial Programs in Florida and the Pa...Charleston Conference
The Orbis Cascade Alliance is a consortium of 37 academic libraries in Idaho, Oregon, and Washington that serves over 258,000 students. In 2010, the Alliance formed an ebook team to explore demand-driven acquisition of ebooks through YBP and EBL. The initial funding model was based on member dues but later changed to a formula based on FTE, materials budget, and an even split. Between 2011-2013, over 1,000 ebooks were purchased and over 18,000 titles were accessed over 265,000 times through short-term loans. The Alliance continues to work with publishers and YBP to adjust its model and grow the ebook collection while controlling costs in a steady-state fiscal environment
Rebuilding the Plane While Flying: Library/Vendor Strategies for Approval Pla...Charleston Conference
This document summarizes Loyola Marymount University's process to comprehensively revise their approval plan profile in consultation with YBP Library Services. The university formed subject pods to provide training to their 22 liaison librarians and build expertise in collection development. They conducted an in-depth title-by-title review of the approval plan profile with input from liaisons. This resulted in the creation of multiple new subject-specific profiles to better meet the needs of the collection. The new profiles have reduced the number of books received on approval while improving coverage of the collection. Ongoing assessment will evaluate the impact of the changes.
If You Fund it, They Will Come: Leveraging Grants to Gain Faculty CollaborationCharleston Conference
Librarian-faculty collaboration on campus can be challenging due to competitive grant funding environments with limited shared resources and intellectual property. While inherent structural and psychological tensions exist between librarians and faculty, adopting an attitude of adversity gains nothing and loses opportunities for partnership. Successful relations require understanding differences in roles but finding ways to work together.
Launching an ePreferred Approval Plan, by Aisha Harvey, Duke University Libra...Charleston Conference
1) The document discusses Duke University launching an ePreferred Approval Plan with YBP Library Services to acquire eBooks through an approval plan profile.
2) It provides details on the setup of the ePreferred plan, including parameters, publishers included, and fund codes.
3) A review of the pilot period found that 21% of acquisitions were eBooks, with the highest subject areas being social sciences, humanities, and sciences. Usage of acquired eBook titles was over 50% across disciplines.
Large-Scale Digital Archives: Publisher and Library Case Studies
Speakers: Thijs Willems, Project Manager, Online Archives, Springer; Jasper Faase, Project Manager, Newspaper Digitization Project, National Library of the Netherlands.
This session will present two large scale digitization projects, the Springer Book Archives and the National Library of the Netherlands (aka the Dutch KB). The audience will learn the ‘nuts and bolts’ of these unique projects: key decisions, timelines, consequences for internal and external stakeholders, production matters and clearing hurdles such as rights and permissions. The impact these key initiatives may have on long term preservation, the physical library, metadata and discoverability, author relations and the long tail of usage are topics for discussion with the audience.
120 to 12: Reducing days to shelf with vendor services, cat-on-receipt and au...Charleston Conference
1) The University of Michigan reorganized its acquisitions and cataloging departments in 2007, combining them and creating electronic resources units. This allowed for streamlining of workflows.
2) Prior to 2007, monographs took 120 days on average to get to library shelves. The new processes reduced this to 12 days by adopting shelf-ready cataloging from vendors, using minimal level records, and automating workflows.
3) Over 200,000 previously uncataloged items from hidden collections were made discoverable through the new processes.
The document discusses several off-the-shelf e-book platforms for academic libraries, including:
- Lending platforms that allow libraries to loan e-books from multiple publishers, such as Axis 360, 3M Cloud Library, Freading, and OverDrive. These platforms face challenges around their leased business models and DRM restrictions.
- Aggregator platforms that provide e-books from multiple publishers through a single interface. Examples include EBSCO, ProQuest, and JSTOR. Aggregators offer various purchasing and subscription options but can have more restrictive DRM than publisher platforms.
- Commercial publisher platforms that contain the publisher's own content. Individual publishers discussed include Elsevier, Wiley, and children
The Road Oft Traveled: Collection Analysis and Developmet in a Modern Academi...Charleston Conference
The document discusses the acquisitions evaluation process at Stetson University College of Law libraries. It describes budget cuts and increased pressure to consolidate roles. The libraries have two campuses, approximately 1000 law students, and a staff that includes six dual degree librarians. The libraries hold weekly meetings where all librarians evaluate new titles and make decisions on keeping or cancelling items. They track decisions in their library system and a shared Excel spreadsheet. The process involves receiving new items, analyzing them in meetings, recording decisions, and adding approved items to the collection or returning cancelled ones. Lessons learned include benefits of a proactive budget approach and greater collaboration between librarians through their joint evaluation work.
Alphorm.com Formation Implémenter une PKI avec ADCS 2012 R2 Alphorm
La formation complète est disponible ici:
http://www.alphorm.com/tutoriel/formation-en-ligne-le-pki-avec-adcs-2012-r2
Au travers des modules couvrant la totalité des rôles ADCS 2012 R2 Microsoft, cette formation vous guide graduellement à l'expertise des architectures PKI Windows 2012 R2 qui constituent aujourd'hui la "pierre angulaire" de toutes stratégies de sécurité informatique.
Vous acquérez toutes les compétences et connaissances nécessaires pour planifier, déployer (avec automatisation), configurer, administrer, maintenir et dépanner, et implémenter des hiérarchies sécurisées d'autorités de certification pour une sécurité et une souplesse maximale de votre PKI.
Tous les modules sont illustrés de travaux pratiques pour une approche pragmatique et 100% concrète.
Les concepts cryptographiques sont également abordés pour une compréhension complète et claire de la gestion des certificats.
Cette formation est utile dans la préparation de certaines certifications Microsoft (70-412...).
Itm310 problem solving #7 complete solutions correct answers keySong Love
ITM310 - Problem Solving #7 complete solutions correct answers key
Find the solution at
http://www.coursemerit.com/solution-details/15330/ITM310---Problem-Solving-7-complete-solutions-correct-answers-key
Microsoft Excel Dashboards and Their Features.pdfNitin
In today's data-driven business landscape, having a well-structured sales dashboard is paramount for tracking performance, making informed decisions, and driving growth. I'm excited to share with you my journey in creating a powerful sales dashboard using Microsoft Excel. This project showcases the incredible capabilities of Excel as a tool for data visualization and analysis.
Microsoft Excel allows users to enter numerical and financial data in rows and columns. It provides a variety of statistical formulas to analyze this data, with many built-in functions for common calculations. Users can create statistical formulas quickly in Excel by selecting the desired function from the "fx" button, then configuring the formula by selecting cells for the function arguments. While Excel has many statistical tools, it is missing some more complex statistical analyses that require additional packages.
This document provides an introduction and overview of spreadsheets and Microsoft Excel. It defines what a spreadsheet is, outlines key features and elements of Excel including cells, worksheets, formatting, formulas, functions, charts and pivot tables. It also describes various data analysis tools in Excel like sorting, filtering, conditional formatting, and how to perform tasks like what-if analysis using goal seek and scenario manager. The document is intended as a reference for using spreadsheets, especially Microsoft Excel, in a business context.
This document provides an overview of using Microsoft Excel to handle, graph, and analyze scientific data. It begins with basics of the Excel interface and entering data. It then demonstrates how to manipulate data through calculations, format cells, and use functions. The document shows how to create scatter plots and add regression lines to graphs. It also discusses interpolation, extrapolation, printing graphs, downloading internet data, and more advanced statistical analyses in Excel.
C:\fakepath\ssis ssas sssrs_pps_hong_bingli_v2003Hong-Bing Li
This document provides examples of the author's work with business intelligence tools including SQL Server Integration Services, SQL Server Analysis Services, SQL Server Reporting Services, Performance Point Server, SharePoint Server, and MDX programming. Specifically it discusses ETL processes in SSIS, cube development in SSAS, reports in SSRS including dashboards and cascading parameters, scorecards and linked reports in PPS, deploying reports to SharePoint, and sample MDX queries.
This document provides instructions for creating and customizing pivot tables in Excel. It explains what a pivot table is and how to set up the layout area to summarize data. Additional topics covered include including additional data fields, sorting pivot tables, hiding or suppressing items, and copying pivot tables. The document also provides miscellaneous Excel tips and tricks unrelated to pivot tables, such as sorting, subtotaling, filtering, autoformatting, and printing options.
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Handouts how to use microsoft access to combine cost and usage data for ejournals
1. Step by step : How to use Microsoft Access to combine cost and usage data for ejournals
Scenario: A library has the cost for each subscribed ejournal, drawn from its ILS reporting
system, and exported into Excel and wants to combine this cost information with the usage data
available as Counter JR1 report, to obtain a cost per download report.
Step 1: Create and export a list of ejournal orders from the library’s ILS or vendor system into an
Excel spreadsheet. For example, create an Excel spreadsheet of economics ejournal subscription
orders. It is important that this report is as complete and “clean” as possible. Since the ISSN will
be the data element used as a matchpoint with the SQL Access query, it is important that the
ISSN number is formatted consistently as NNNN-NNNN.
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2. Step 2: Download the Counter Journal Report 1 for the year, either from the publishers’ web site,
or through a third-party usage consolidation service, and export into an Excel spreadsheet.
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3. Step 3: Import the Excel spreadsheets into Access as tables. In Microsoft Access, open a new
database, then click on the External data tab, and then the import from Excel icon. In the “Select
the source and destination of the data” dialog box, click on the “import the source data into a
new table in the current database” option and use the browse button to locate the Excel
spreadsheet.
Open a new database in Microsoft Access
Import each Excel spreadsheet into Access as tables
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4. The Import Spreadsheet wizard will guide you, step by step, to import each Excel data sheet as
an Access table. Make sure that the data type assigned to each field is consistent for each table
that is being created. Access will not allow matching of a data field if field’s data type is not
consistent across each table.
Import Wizard prompt 1: Select the Excel spreadsheet to import
Import Wizard prompt 2: Confirm data fields (column headings) and data types to import
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5. Import Wizard prompt 3: No primary key is needed
Import Wizard prompt 4: Name the table and click “finish” to import the data as a table
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6. Step 4: Use the Query Design tool to create the SQL query in Access.
Once each spreadsheet is loaded as a table, click on the create tab, then the query design icon.
Note that each of the spreadsheets is now an Access table (left column of the screen). Highlight
and click each of the tables in the “show table” dialog box, and click “add.” This will add each of
the tables into the query display box.
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7. The SQL query display box, with the two tables and their data fields in the query design area at
the top of the screen, and the query output box at the bottom of the screen.
By highlighting the data element in one table then dragging the cursor to the same data element
(for example, the ISSN) in the other table, Access will create a connection line (the join)
resulting in a SQL query that matches the data element in each table.
The actual SQL query, which can be viewed by changing the
view button to SQL view, is:
SELECT
FROM [Journal_Holdings_Report_(JR1)] INNER JOIN [Economic ejournal orders] ON
[Journal_Holdings_Report_(JR1)].ISSN = [Economic ejournal orders].[ISSN 1];
However, by staying in design view, you have a visual display of the query.
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8. As a final step of creating the SQL query, you will need to add the output fields to the query
output box (bottom part of screen). Simply highlight the asterisk * in each of the tables, and drag
the asterisk to the query output box. This adds each of the data fields from each of the tables to
the results of the query.
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9. Step 5: Run the query and view the results. Click the save icon, and name the query. Then click
the run icon
to run the query.
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10. Step 6: Export the query results into Excel.
The results of the query, which combines the data from the two tables, will appear in the main
screen, or by clicking view icon
, for the data sheet view. These title results can then be cut
and pasted (up to 65,000 records at a time) into Excel. In this example, the ISSN 1 from the
economic ejournal order tables matched to the ISSN from the Counter JR1 report.
An additional query can be run, using the ISSN 2 from the economic ejournal order tables
matched to the ISSN from the Counter JR1 report, and the results exported into Excel.
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11. Once the results are in Excel, you can use Excel’s “Remove duplicates” function to de-dupe the
results by a unique identifier, such as the Bib #.
Step 7: Calculate the cost per download. With the cost and usage data merged into a single Excel
spreadsheet, the formula function in Excel can then be used to calculate the cost per download.
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