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This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.

List of results

• Citizen science custom software  + (N/A)

• Infrastructure test  + (Nunc rhoncus augue nec metus pharetra tinc … Nunc rhoncus augue nec metus pharetra tincidunt. Proin dignissim dolor id nunc vehicula lacinia. Ut malesuada ante sem, sit amet condimentum magna consectetur eu. Integer interdum, risus sed bibendum imperdiet, metus leo consequat dolor, quis venenatis nisl libero sit amet erat. Praesent euismod lectus vel massa semper, vitae ullamcorper dolor egestas. Nulla facilisi. Sed turpis odio, molestie sit amet ultrices vel, mollis sed tortor. Curabitur vestibulum libero ut felis posuere, sit amet elementum felis placerat. Mauris auctor porta urna, nec vehicula sem vulputate molestie. Pellentesque mattis nec velit vitae commodo. Phasellus sapien sem, consequat a nunc at, congue imperdiet metus. Suspendisse quis urna nibh.perdiet metus. Suspendisse quis urna nibh.)
• Semantic Forms extension  + (Semantic Forms allows to create input forms that allow users to enter structured "semantic" data which then can be queried and assembled. See [[Semantic Forms]] for a technical introduction in this wiki)
• BOINC client software  + (The BOINC client includes the following co … The BOINC client includes the following components</br></br>; boinc - The BOINC core client. </br>:</br>;BOINC Screensaver.</br>:It can do three things: The overview screensaver displays general information, such as the BOINC status, a list of projects, etc. The project graphics display the graphics for one of the currently running tasks, e.g., SETI@home. However, many projects do not have screensaver graphics. The screensaver coordinator controls the screensaver, selecting either the default screensaver or project graphics.</br></br>; List of scripts:</br>:boincmgr - The BOINC Manager. </br>:boinccmd - A command line tool for controlling a running core client. </br>:run_client - A script that cd's into the BOINC directory and runs the core client. </br>:run_manager - A script that cd's into the BOINC directory and runs the manager. the BOINC directory and runs the manager.)
• Testing Sandbox  + (The Platform In Depth XTribe has been desi … The Platform In Depth</br>XTribe has been designed with a modular structure through which most of the complexity associated to running an experiment is hidden into a Main Server, while the experimentalist is left with the only duty of devising a suitable interface for the actual experiment. In this way most of the coding difficulties related to the realization of a dynamic web application are already taken care by the ET Server and the realization of an experiment should be as easy as constructing a webpage with the main utilities for it. a webpage with the main utilities for it.)
• Sapelli Suite  + (The client system runs on Android.)
• BOINC  + (The system is comprised of: * Sever softwa … The system is comprised of:</br>* Sever software</br>* Client software (Win/Mac/Linux/others)</br></br>As explained in [http://boinc.berkeley.edu/wiki/How_BOINC_works How BOINC works] (Sept. 24, 2013),</br># Your PC gets a set of tasks from the project's scheduling server. The tasks depend on your PC: for example, the server won't give it tasks that requires more RAM than you have. Projects can support several applications, and the server may send you tasks from any of them.</br># Your PC downloads executable and input files from the project's data server. If the project releases new versions of its applications, the executable files are downloaded automatically to your PC.</br># Your PC runs the application programs, producing output files.</br># Your PC uploads the output files to the data server.</br># Later (up to several days later, depending on your preferences) your PC reports the completed tasks to the scheduling server, and gets new tasks.the scheduling server, and gets new tasks.)
• Cornell Lab citizen science technology  + (Tools do not seem to be available (to verify))
• Experimental tribe  + (XTribe has been designed with a modular st … XTribe has been designed with a modular structure through which most of the complexity associated to running an experiment is hidden into a Main Server, while the experimentalist is left with the only duty of devising a suitable interface for the actual experiment. In this way most of the coding difficulties related to the realization of a dynamic web application are already taken care by the ET Server and the realization of an experiment should be as easy as constructing a webpage with the main utilities for it. a webpage with the main utilities for it.)
• Zooniverse  + (Zooniverse is a hub that allows members to transparently sign in to various projects.)
• Pybossa  + (pyBossa system (like Crowdcrafting.org) ha … pyBossa system (like Crowdcrafting.org) has three main components: </br>* The BOSSA core </br>* A task presenter, i.e. a HTML5 frontend that will load the task data into the DOM of a web page. Task Presenters can be either HTML5/JavaScript code that sits in the pyBossa server or they can be made with any language communicating through the API. </br>* A task creator, i.e. a script that will upload tasks for the application to the BOSSA core. </br>There are two approaches for creating pyBossa applications: </br>* Using the web interface of a pyBossa server </br>* Using the REST API </br>You can create applications that use existing templates with different types of data. Else, you must learn how to create applications with Python. You will have to install a virtual Python environment in your machine, code, create the application that then can be "pushed" into a pyBossa server.hen can be "pushed" into a pyBossa server.)