Showing results for Cooperation Vector
GitHub Repo
https://github.com/DuncanPNG/LNUDP_ZONING_PLAN_WIP_WEBMAP
DuncanPNG/LNUDP_ZONING_PLAN_WIP_WEBMAP
This webmap has been created using vector data from The Project for the Study on Lae-Nadzab Urban Development Plan in Papua New Guinea: Final Report — Japan International Cooperation Agency, Yachiyo Engineering Co., Ltd., and Kokusai Kogyo Co., Ltd., 2017.2. It includes the Proposed Zoning Plan. NOT FOR OFFICIAL USE.
GitHub Repo
https://github.com/linfangu/neural_analysis_cooperation
linfangu/neural_analysis_cooperation
Behavior/neural analysis in Jiang*,Gu* et al., 2025. Model and predict behaviors with neural activity with Partial-least squares, receiver operating characterists, and support vector machine
GitHub Repo
https://github.com/Edvard-August/Project-list-to-Cooperation-Matrix
Edvard-August/Project-list-to-Cooperation-Matrix
Turns a column vector actros and lists of names of cooperation partners into a matrix
GitHub Repo
https://github.com/dimanzt/Game-theoretic-network-simulator
dimanzt/Game-theoretic-network-simulator
GTNS is a discrete-event network simulator targeted primarily for research and educational use. GTNS is written in Visual C++ programming language and supports different network topologies. This simulator was first produced to implement locally multipath adaptive routing (LMAR) protocol, classified as a new reactive distance vector routing protocol for MANETs. LMAR can find an ad-hoc path without selfish nodes and wormholes using an exhaustive search algorithm in polynomial time. Also when the primary path fails, it discovers an alternative safe path if network graph remains connected after eliminating selfish/malicious nodes. The key feature of LMAR to seek safe route free of selfish and malicious nodes in polynomial time is its searching algorithm and flooding stage that its generated traffic is equi-loaded compared to single-path routing protocols but its security efficiency to bypass the attacks is much better than the other multi-path routing protocols. LMAR concept is introduced to provide the security feature known as availability and a simulator has been developed to analyze its behavior in complex network environments [1]. Then we have added detection mechanism to the simulator, which can detect selfish nodes in network. The proposed algorithm is resilient against collision and can be used in networks which wireless nodes use directional antennas and it also defend against an attack that malicious nodes try to break communications by relaying the packets in a specific direction. Some game theoretic strategies to enforce cooperation in network have been implemented in GTNS, for example Forwarding-Ratio Strategy, TFT-Strategy and ERTFT. This tutorial helps new users to get familiar with GTNS and run different network scenarios.
GitHub Repo
https://github.com/zizhao-hu/multiagent-emotion-steering