MANUAL: BODB 3.0 Manual
TUTORIAL: BODB 3.0 Tutorial
The Brain Operation DataBase (BODB – pronounced “Beau DB”) is an on-line integrated environment for neuroscientists.
The Brain Operation Database is explicitly designed to provide a framework for the linkage of neurobiological data and computational modeling via the general operating principles of the brain which provide a unifying perspective on a host of diverse studies… Continue Reading→
Our current version of BODB combines features of an SDB (Summary Database) and Model Repository (as in Brain Models on the Web [BMW], Bischoff-Grethe, Spoelstra & Arbib, 2001), supplemented with a variety of new features…. Continue Reading→
Advances in neuroscientific research have led to a flood of information that can only be structured and navigated with the aid of databases and the technology of the World Wide Web. As one contribution to channeling this flood,1 we are developing BODB to facilitate the interchange between those developing new brain models and those developing new experiments. The current ideas are that the system
- houses capsules of neuroscientific literature information that will facilitate comparison and integration of original articles;
- provides a standard form and repository for entering BOPs;
- provides a standard form and repository for entering Model summaries;
- supplies a sharing point for the data in (1,2,3) among users to enhance knowledge development;
- provides a repository of experimental data with a standard structure, and the experimental-data and cross-experiment data analysis tools (currently our focus is on brain imaging data); and
- provides a means to connect related documents together with practical search tools to enhance the accessibility of information.
These features are intended for use by both brain modelers and brain experimenters. The experimental data and analysis tools will be used by the brain modeler in extracting knowledge and developing new models, and by the experimenter in designing further experimental protocols. Furthermore, the BOP and Model entries will supply knowledge for the modeler to construct new models, and provide the experimenter suggestions to contrive new experiments. Consequently, the implementation and integration of these features would enhance a theory-experiment cycle (Arbib, 2001).
Once registering, users can login to the site from the main page.
A description of the layout of the BODB website and an overview of its functionality.
The insert page provides links for adding new Literature, Brain Operating Principle (BOP), Model, and Summary of Experimental Data (SED) entries.
- Literature: Literature (Journal Article, Book, Chapter, Conference, Thesis, and Unpublished) information.
- Brain Operating Principles (BOPs): Brain Operating Principle (e.g. Winner-Take-All)
- Models: Structured description of a model with links to related entities. (e.g. Didday Model based on the Winner-Take-All Principle)
- Summaries of Experimental Data (SEDs): A summary of experimental data (e.g. brain imaging).
The search page allows the user to search all entries, Literature, Brain Operating Principle (BOP), Model, Summary of Experimental Data (SED), Summary of Simulation Results (SSR), and Brain Region entries.
The Talairach Applet allows users to visualize brain imaging SEDs in two-dimensional or three-dimensional mode.
The Workspace provides users an area to manage their Model, BOP, and SED drafts, selected Models for benchmarking, and selected coordinates.
Each BODB entry can be associated with a list of tags, or keywords, that can be used to group and search for related entries.
Reports for Model and BOP entries can be generated in either RTF or PDF format by clicking on the appropriate button at the bottom of the Model View or BOP View page. The report will contain all of the information on the view page, including any expanded subsections. Information in collapsed subsections will not be included.
The User Profile page allows the user to manage their account information and preferences.
BODB’s internal messaging system allows users to send and receive messages with other users.
The Administration section allows BODB administrators to manage users, user groups, and their permissions, as well as brain regions and nomenclatures.