This algorithm code (from the Phase 1 Asteroid Tracker Challenge) provides the optimum subarray selection per set of object tracks provided in a predefined configuration using a fixed number of dishes - See more about the challenge at: http://www.topcoder.com/asteroids/tracker/ This code was generated via a challenge on the NASA Tournament Lab (NTL) supported by NASA's Center of Excellence for Collaborative Innovation (CoECI).

ntl-iss-robonaut-2-vision-algorithm-challenge

The NASA Tournament Lab (NTL) challenge to create an algorithm to help Robonaut "see" objects and recognize them. This repository contains the set of winning algorithms that are being used to develop the next generation Robonaut control software.

ntl-planetary-data-system-api

The Planetary Data System API provides a common API to allow access to data across all PDS nodes. NASA has recorded over 100 terabytes of space images, telemetry, models and just about everything one can imagine from all the planetary missions from the past 30 years. The data stored is within NASA’s planetary data system (PDS). The PDS databases have developed in a disparate fashion over the years with different architectures and formats for different scientific needs; thereby making acquisition of data problematic. This API addresses this problem to make the data more accessible by users of the data.

ntl-solution-mechanism-guide

The Solution Mechanism Guide (SMG) is a tool to educate our scientists and managers about what tools are available for them to utilize in order to solve the challenges of spaceflight.

oh-my-zsh

A community-driven framework for managing your zsh configuration. Includes 180+ optional plugins (rails, git, OSX, hub, capistrano, brew, ant, php, python, etc), over 120 themes to spice up your morning, and an auto-update tool so that makes it easy to keep up with the latest updates from the community.

omnigrip

openmdao-framework

OpenMDAO is an open-source Multidisciplinary Design Analysis and Optimization (MDAO) framework, written in Python. It helps users solve complex problems by allowing them to link together analysis codes from multiple disciplines at multiple levels of fidelity. The development effort for OpenMDAO is being led out of the NASA Glenn Research Center in the MDAO branch. The development effort is being funded by the Fundamental Aeronautic Program, Subsonic Fixe Wing project. The ultimate goal is to provide a flexible common analysis platform that can be shared between industry, academia, and government.

baymax84 Goto Github PK

Shilpa Gollapudi's Projects

Recommend Projects

Recommend Topics

Recommend Org