Search Results for "life"

...GroIMP provides classes that can be used in modelling: Turtle commands, further geometrical classes like bicubic surfaces, the class Cell which has been used in the Game Of Life implementation, and so on. The outcome of a model is visualised within GroIMP. In the visual representation of the model output, users can i

VMS Draw provides general utilities (e.g. normalization, conversion, and other manipulations of several spectra at the same time) and a flexible graphical user interface (GUI) for an easy use by non-specialists which allows a seamless flow of information between experimentally and theoretically oriented researchers. Finally, it permits effective interactions with other electronic structure codes [e.g., nuclear magnetic resonance (NMR), microwave] even if Gaussian 16 offers the widest set...

...The developers of WrapImaJ intend the library to support compatibilty with the main imaging systems available in the Java language and broadly used in the field of life sciences.

Identifiers.org is a system providing resolvable and persistent identifiers, in the form of URIs, used to identify data for the scientific community, with a current focus on the Life Sciences domain. The provision of resolvable identifiers (URLs) fits well with the Semantic Web vision, and the Linked Data initiative. The resolving services of Identifiers.org rely on the information stored in the MIRIAM Registry.

...The algorithms included in TreeLiker are unique in that, in principle, they are able to search given sets of relational patterns exhaustively, thus guaranteeing that if some good pattern capturing an important feature of the problem exists, it will be found. In experiments with real-life data, the algorithms were shown to be able to construct complete non-redundant sets of patterns for chemical datasets involving several thousands of molecules as well as for comparably large datasets from genomics or proteomics. The included relational learning algorithms are tailored towards so-called tree-like features for which some otherwise very hard sub-problems (NP-hard) become tractable.

Modern life science research requires bringing together Biology and Information technology. To help make this process easier, the CCG has developed YABI, an Internet based workflow application that is aimed at biologists who wish to conduct bioinformatics analysis. YABI integrates bioinformatics tools and data via an intuitive workflow creation and management environment.

BioPlatforms Australia (BPA) has funded a number of datasets generation initiatives around important research themes and scientific challenges faced by Australian researchers to provide a unique public resource for the benefit of Australian life sciences research. These large scale genomic, proteomic and metabolomic datasets are being generated and centrally managed by Bioplatforms Australia in collaboration with leading scientists, research institutes and government agencies. With the support of ANDS, QFAB has developed this web application to enable the publication of these datasets to Research Data Australia (RDA). ...

An online database project with database and web interface to archive, manage, search and download individual-based life history data that have been collected from wild primate populations.

MOLGENIS can be used to generate databases for life science experiments (micrroarray, mass spectrometry, genomics) having a web user interface, csv exchange format, and programmatic interfaces (web services, rest, and r-project). See NatRevGen 8.

The Automated Life Ecosystem Simulator is a microbe simulation environment developed in Java.

Life Science Identifier (LSID) resolution protocol, to locate biologically significant data over a network, within middle-ware providing a client A.P.I. for Life Science applications, and server software, for Industry data providers.

An artificial life and cellular automata simulator, inspired by Conway's Game of Life.

This projects intends to develop a complete distributed peer-to-peer environment for running heuristic optimization, modelling, artificial life, etc applications. This involves a network engine, libraries and different user interfaces. All this in java.

Basic life is an application that desires to simulate basic life based on some basic chemistry/physics rules. This environment provides particles that can bond, vibrate, react, etc. in order to create basic cells

This project aims to develop various tools for artificial life and complex systems simulations: from the simulator itself to generic generation tools.

Before year 2045, we want to create a "software development lab" that will allow to write "from scratch" the DNA of a creature, the "content" of it's first cell, and the components of the solution in which it will grow, to simulate it's life.