Introduction to WattDepot
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A brief overview of WattDepot, a system for collection, storage, analysis, and visualization of energy data.
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The IMPACT Interoperability Framework provides a way to integrate various OCR and other software components into reusable workflows. It uses a Java-based architecture with web services and the open source Taverna workflow system. Developers can integrate new command line tools as web services with minimal effort, and workflows can then be built, shared, and executed through a web portal. The framework has been evaluated for scalability and is intended to support a community around sharing workflows and experiments.
Open Horizontal Platform - Web Scale Interoperability for the Internet of Thi...
The document discusses the need for an open horizontal platform to enable interoperability across the diverse protocols, devices, data sources and software in the Internet of Things (IoT). It proposes addressing this through common data models and abstractions that separate the control plane from the data plane. This would allow any application to connect to any device via any M2M protocol, while enabling reuse of resources and software components across platforms through model-driven architecture and event-driven communication.
Open Horizontal Platform - Web Scale Interoperability for IoT - CCNA 2013
The document discusses the need for an open horizontal platform to enable interoperability across the diverse protocols, devices, data sources and software in the Internet of Things (IoT). It proposes addressing this through common data models and abstractions that allow any application to connect to any device via any M2M protocol. This is achieved by representing devices, data and metadata as web objects that encapsulate local software components and expose a self-describing data model and event model through RESTful APIs.
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Big data appliance ecosystem - in memory db, hadoop, analytics, data mining, business intelligence with multiple data source charts, twitter support and analysis.
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This document introduces Subversion (SVN) and Google Project Hosting. It describes basic SVN concepts like repositories, working copies, commits, updates and revisions. It explains how SVN uses repository-wide revisions rather than file-based versions. Branches, tags and trunks are organized conventionally in an SVN repository. Google Project Hosting provides a free SVN server and issue tracker for open source projects.
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Version control systems like SVN aim to address three classic configuration management problems: the double maintenance problem of multiple copies needing separate updates, the shared data problem of developers accessing the same files, and the simultaneous update problem of file clobbering during concurrent edits. SVN improves on CVS by using a database backend instead of file versions, supporting repository-wide instead of file-based versions, and using directory-based tags and branches. Distributed version control systems like Git store a full code repository locally and support decentralized workflows without a central server.
A beginners guide to testing
Testing is important because software errors can have serious consequences like customer bank balances being inflated by $763 billion or radiation therapy machines overexposing patients. Testing helps verify that software meets its specifications and functions as intended. There are two main types of testing: static testing which analyzes source code without running programs, and dynamic testing which executes programs to look for errors. It is difficult to exhaustively test all possible inputs for non-trivial programs, so test cases must strategically sample a small percentage of inputs to uncover many defects. Both black box and white box testing methods aim to design effective test cases.
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This document discusses automated quality assurance tools and how they can be used to complement manual quality assurance techniques. It provides an overview of common automated QA tools like Checkstyle, PMD and FindBugs, describing their strengths and weaknesses. Checkstyle performs source code analysis to check for coding standard compliance and best practices. PMD also analyzes source code but focuses more on design-level issues. FindBugs analyzes bytecodes to find bugs, using data flow analysis. The goal in this class is to teach students to apply the right mix of automated and manual QA to build high quality systems efficiently.
Introduction to Software Build Technology
This document introduces build and packaging technologies, including Ant, Ivy, Maven and Make. It discusses the motivation for using build tools in modern software development which involves multiple developers, platforms and environments. It provides an overview of Ant, Make, Maven and Ivy, comparing their features and advantages. It also describes how to structure an Ant-based build system using the example robocode-pmj-dacruzer project.
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The document discusses software review methods and optimal review practices. It describes different review methods from walkthroughs to inspections and their goals and attributes. Inspections are highlighted as the most formal review method, involving preparation, an orientation, planning, a review meeting, rework, and verification stages. The goals of technical reviews are also outlined, including improving quality and knowledge while minimizing costs.
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This document introduces Robocode, an open-source robot simulation game. It is used to teach students Java programming skills through developing robots that can move, scan for others using radar, and fire guns, while gaining points for survival and hitting opponents. Students will download Robocode, run sample robot matches, and use Eclipse to develop and run their own robot by learning skills like movement, targeting, and firing to make their robot win matches against others.
Codings Standards
The document discusses coding standards and conventions for collaborative Java development. It outlines general principles like adhering to style and least astonishment. It also describes specific formatting, naming, documentation, and programming conventions like using meaningful names, commenting code, making fields private, and exception handling best practices. Automated tools like Checkstyle and Eclipse formatters can help enforce standards but may require configuration. Additional standards for the class are on the website.
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An interactive development environment (IDE) is a software tool that aids in computer programming. Key features of an IDE include language-aware editing, project management, integrated compilation and debugging. While IDEs take more time to learn than basic text editors, they allow developers to work more efficiently on large software projects through features like code navigation, refactoring and testing. For these reasons, potential employers often expect job candidates to be skilled with IDEs like Eclipse rather than basic text editors.
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This document discusses the components that make up a professional persona, which is an online presence that potential employers can view. It identifies the key elements as: 1) a professional portfolio website, 2) an online engineering blog, 3) participation in open source projects, 4) involvement in professional social networks, and 5) engagement with technical societies and activities. The goal is to help students establish an attractive online presence that showcases their skills and accomplishments to future employers.
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This document provides an overview of the ICS 314 and 613: Software Engineering course taught by Philip Johnson. It outlines the instructor's background and contact information, goals of the course, what constitutes "quality" software, open source development principles, standards and feedback, course structure, prerequisites, grading, differences between 314 and 613, lectures and labs, quizzes, engineering log requirements, developing a professional persona, collaboration vs. cheating policies, and lessons learned from past students.
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Overview
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Introduction to WattDepot
- 1. WattDepot: A software ecosystem for energy data collection, storage, analysis, and visualization Robert S. Brewer, Philip M. Johnson Collaborative Software Development Laboratory Information and Computer Sciences Dept University of Hawaii at Manoa http://csdl.ics.hawaii.edu/
- 3. Architecture Devices Meters WattDepot Sensors WattDepot Server WattDepot Clients HTTP HTTP
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