| Projects on Google Code | Results 1 - 10 of 30 |
solar-monitoring-project
- The development of an open-source monitoring system for remote solar p...
=== Statement of Purpose ===
To design and implement an open-source monitoring system for remote solar energy power systems that can deliver useful diagnostic information to system overseers.
This system is divided into two different parts. The first is a hardware-centric component that inter...
Solar,
Java,
C,
Hardware,
Arduino,
Processing,
Cellular,
RemoteMonitoring,
Freeduino,
MaxSerial,
Duemilanove
Over the past 14 years (at time of writing) of Sunswift's existance, we have conducted many, many projects. This repository is available for the contribution of these projects. Each of these is provided under a GPL or TAPR non-commercial open hardware license (for software and hardware respectively)...
This will host the MCU code and a wiki site.
Public Extensions for the Solar Framework
Anyone interested in adding to this repository please let me know
|| *Starting date* || *End Date* || *Scheduled Tasks* ||
|| March 1 || March 5 || <font color="orange"> study about OGC and Web Services </font> ||
|| March 5 || March 12 || <font color="orange"> study about OGC and Web Services, make a google project </font> ||
|| March 12 || March 19 || <font c...
These codes are to be integrated into the SDO HMI data repository to produce velocity fields from continuum intensity data. The codes are written predominantly in matlab, which is compiled to executables that run on the pipeline. Instructions for compiling and running may be found in the [http://cod...
web-framework-benchmarks
- Atempts to benchmark the baseline level of responsiveness of various w...
The license applies only to code specific to this project. The various frameworks contained herein are subject to their own licenses.
You can see the results of one particular run of this benchmark here:
http://paul-m-jones.com/blog/?p=238
Enhanced version of Solar: 24h for use in schools competition.
*Solar: 24h* is a game where you gather solar energy in the day and use it for eradicating mosquitoes at night.
Planet-EMC is a scientific computation code. Its purpose if to perform solar radiative transfer simulations in 3D planetary inhomogeneous, absorbing and scattering atmospheres, including clouds. Absorption and scattering properties of the gas and of clouds are not computed by this code (these proper...