PandaBoard Voting
From OMAPpedia
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* [[PEAP_Projects#Porting_Qi_bootlader_on_PandaBoard| Porting Qi bootlader on PandaBoard]] (5 votes) | * [[PEAP_Projects#Porting_Qi_bootlader_on_PandaBoard| Porting Qi bootlader on PandaBoard]] (5 votes) | ||
| - | * [[ | + | * [[PEAP_Projects#OMAP4_support_in_FFmpeg|OMAP4_support_in_FFmpeg]] (5 votes) |
| - | * [[PEAP_Projects# | + | * [[PEAP_Projects#Universal_TFT_LCD_Interface_Board|Universal TFT LCD Interface Board]] (5 votes) |
* [[PEAP_Projects#Android_Multi-User_Media_Sharing_Table|Android Multi-User Media Sharing Table]] (5 votes) | * [[PEAP_Projects#Android_Multi-User_Media_Sharing_Table|Android Multi-User Media Sharing Table]] (5 votes) | ||
* [[PEAP_Projects#Pandaboard_as_a_Heterogenous_Multiprocessing_Platform_.28Or.2C_Running_Linux_on_all_the_ARMs.29|Pandaboard as a Heterogenous Multiprocessing Platform (Or, Running Linux on all the ARMs]] (5 votes) | * [[PEAP_Projects#Pandaboard_as_a_Heterogenous_Multiprocessing_Platform_.28Or.2C_Running_Linux_on_all_the_ARMs.29|Pandaboard as a Heterogenous Multiprocessing Platform (Or, Running Linux on all the ARMs]] (5 votes) | ||
| - | * [[PEAP_Projects# | + | * [[PEAP_Projects#FPGA_based_expansion_board|FPGA based expansion board]] (4 votes) |
* [[PEAP_Projects#Compact_ground_control_station_from_Ardupilot|Compact ground control station from Ardupilot]] (3 votes) | * [[PEAP_Projects#Compact_ground_control_station_from_Ardupilot|Compact ground control station from Ardupilot]] (3 votes) | ||
* [[PEAP_Projects#Wine_on_ARM|Wine on ARM]] (3 votes) | * [[PEAP_Projects#Wine_on_ARM|Wine on ARM]] (3 votes) | ||
Latest revision as of 17:58, 28 October 2010
This page provide a simple and transparent way for the PandaBoard community to vote on various contests, projects & proposals.
Contents |
[edit] PEAP - PandaBoard Early Adopter Program
PandaBoard Early Adopter Program (PEAP)
[edit] Judges
The following panel of community members will serve as judges for the PEAP
- David Anders (prpplague)
- Jayabharath Goluguri (jayabharath)
- Mike Turquette (mturquette)
- Rekha Kumar (RekKumar)
- Steve Sakoman (sakoman)
- Vladimir Pantelic (av500)
[edit] Judging Rules
- Judges cannot participate in the program/contest
- Each Judge has points which they can vote for their top project picks as they see fit.
- Each Judge gets to 5 points in Phase-I and 10 points in Phase-2
- A judge can cast only 1 vote per project.
- The projects that receive most points win. (Phase-I winners are Top 5 projects. Phase-II winners are Top 10 projects)
- All voting is public (in this page)
- The ruling of Judges will be final. Jayabharath will announce winners once he has concluded that the judges have cast their votes.
- In the case of a tie between projects Jayabharath Goluguri - will break the tie by picking the winner.
- Jayabharath Goluguri or his delegate will be responsible for shipping boards to the winners and will be contacted via email after they win. Recipients must meet US export control requirements.
[edit] Voting Criteria
The judges will then determine which projects will become part of the PEAP. Selection criteria may include:
- Project's coolness factor
- Ability of the submitter to execute the project based on his/her background
- Perceived community need for the project's solution
- Potential for the project to leverage the power of OMAP4 technology & features of PandaBoard platform
[edit] PHASE-I Votes
[edit] PHASE-I Winners
Following are the winners of Phase-I PEAP and will receive a PandaBoard to execute the project:
- Gentoo Linux support (5 votes)
- Program Trace Macrocell kernel driver port (5 votes)
- Amateur Radio Experiment Platform (4 votes)
- Port XBMC for Omap4 (3 votes)
- Openmoko Panda Hybrid (3 votes)
[edit] PHASE 2 Votes
[edit] PHASE 2 Winners
Following are the winners of Phase 2 PEAP and will receive a PandaBoard to execute the project:
- Porting Qi bootlader on PandaBoard (5 votes)
- OMAP4_support_in_FFmpeg (5 votes)
- Universal TFT LCD Interface Board (5 votes)
- Android Multi-User Media Sharing Table (5 votes)
- Pandaboard as a Heterogenous Multiprocessing Platform (Or, Running Linux on all the ARMs (5 votes)
- FPGA based expansion board (4 votes)
- Compact ground control station from Ardupilot (3 votes)
- Wine on ARM (3 votes)
- MeeGo-ARM Pandaboard hardware adaptation (3 votes)
- Open Source Android Tablet E-Reader (3 votes)
