466 Tisiphone and CERF (software)

466 Tisiphone is an asteroid which orbits among the Cybele family of asteroids.

Contents 1 Discovery 2 Physical properties 3 External links 4 Further reading 5 References

Discovery

It was discovered by Max Wolf and Luigi Carnera on January 17, 1901, and was assigned the provisional designation 1901 FX. It was named after Tisiphone of Greek mythology. Physical properties

A number of positional observations of Tisiphone were carried out in 1907, 1913, and 1914.

In 1992 a simple check of 466 Tisiphone's position was made by the Association of Lunar and Planetary Observers (ALPO). The asteroid was found to be in the expected position to within observational errors. Further checks were carried out in 1996, and 2006 with the asteroid in its expected position both times.

In 1997 Tisiphone was studied by Worman and Christianson at the Feder Observatory located near Minnesota State University, Moorhead, with the goal of determining its rotational period. A period of 8.824 ± 0.009 was arrived at, with the lightcurve data showing two distinct maxima and minima in its rotation.

In 2001 Lagerkvist et al. published their results on a study of the Cybele asteroid family, which includes 466 Tisiphone. Relative photometric observations of Tisiphone were carried out in 1998 and 1999 using the 1.2 m telescope at the Calar Alto Observatory located at the Max-Planck-Institut für Astronomie in Heidelberg, Germany. They were able to confirm the 8.8 hour rotation period obtained by Worman and Christianson.

In 2006 Fornasier et al. published polarimetric data for a number of asteroids, including 466 Tisiphone. External links 466 Tisiphone at the JPL Small-Body Database Discovery · Orbit diagram · Orbital elements · Physical parameters Further reading Barucci, M.A.; et al. (November 1987). "Classification of asteroids using G-mode analysis". Icarus 72 (2): 304–324. Bibcode:1987Icar...72..304B. doi:10.1016/0019-1035(87)90177-1. 

CERF (software) and 466 Tisiphone

CERF (Collaborative Electronic Research Framework™) is electronic lab notebook (ELN) software designed to collect, protect and categorize laboratory data, promote collaborative research and assist with intellectual property compliance. CERF uses semantic metadata technologies and an advanced search engine to allow managers or data specialists to locate specific knowledge assets from within the entirety of the centralized data repository. CERF was originally developed by Rescentris, but is currently supported by Lab-Ally LLC. CERF is used as a content management system for research and development resources and workflow management by universities, non-profit research organizations, and commercial companies in a multi-disciplinary range of sectors (including life sciences (Biotech and Pharma), food science, petrochemicals, biofuels, energy, food science, materials sciences and consumer products).

Contents 1 Platform 2 Key technologies 3 Extended functionality 4 Usability 5 Basic workflows 6 Awards 7 See also 8 References

Platform

CERF is client-server software that supports web clients, multi-platform desktop Java clients (Windows, Mac OS X), and iPad clients. Workflow automation is also supported through Java-based automation clients. The server may be hosted on Windows or Mac servers in a web server environment (Apache Tomcat) and uses the Hibernate framework to support a variety of relational databases (e.g., Oracle, SQL Server, MySQL, or PostgreSQL). Key technologies

CERF is based upon semantic web technologies and uses Web Ontology Language (OWL) to define ontologies and Simple Knowledge Organization System (SKOS) to represent controlled vocabularies. Instance data are stored using Resource Description Framework (RDF). Ontologies and instance data are queried using the SPARQL query language. RDF, OWL, SKOS, and SPARQL are all public standards maintained by the World Wide Web Consortium (W3C). The public domain (Apache) Jena semantic web framework is used as the implementation for RDF, OWL, and SPARQL. Extended functionality CERF provides both automatic and user-initiated messaging among users to enable collaboration and collaborative workflow. CERF provides extensible semantic data modeling to represent components of the research process (experiments, samples, data, and bibliographies). Semantic modeling of resources and their relations enables semantic search. Usability

CERF was designed to be an intuitive system to address user adoption when making a transition from “traditional” (paper) notebooks to ELNs. By allowing users to create and edit content with any application they currently use, CERF attempts to minimize the learning curve. Furthermore, the CERF system displays content from many applications (both scientific and non-scientific) natively, and allows users to customize the visualization. Basic workflows Users create and add various types of resources (documents, forms, images, data files) to notebook pages. Resources are checked out for editing, annotated, finalized, and signed, with appropriate witnessing. Notebooks are printed and archived according to customer policies. Searchability of information is streamlined using both simple full-text indexing as well as advanced metadata and tagging models Awards

2012 Bio-IT Best of Show for Best Web-based Software, Bio-IT World Conference and Expo

2009 Bio-IT Best in Show for exceptional technology innovation in Knowledge Management, Bio-IT World Conference and Expo

2008 Bio-IT Finalist for Best in Show in Life Science Informatics Programs, Bio-IT World Conference and Expo

2007 Bio-IT Best in Show for Notebook & LIMS software, Bio-IT World Conference and Expo

2006 TopCAT Outstanding Technology Service Company of the Year, TechColumbus TopCAT Awards

2006 CENSA Best Knowledge Management Platform for Biological Research and Development Award, IQPC ELNs Conference, London See also Data management Digital signature Inventor's notebook Invention disclosure Laboratory informatics Laboratory information management system Lab notebook Electronic lab notebook Scientific management 21 CFR 11
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