uCGUI+UCOS-II+LPC2138在proteus上的仿真-用keil for arm 编译
2020-02-13 03:06:13 694KB uCGUI UCOS-II proteus仿真 keil-for-arm
1
BPSK的调制与解调系统仿真(用matlab编程的),绝对可以运行,可以使用哦
1
光伏MPPT仿真,用的电导增量,完美运行。
2019-12-21 21:50:44 97KB 光伏发电 MPPT 电导增量
1
matlab与ansys振动仿真-用MATLAB和ANSYS进行振动仿真[英文]--附带程序包.zip 用MATLAB和ANSYS进行振动仿真[英文]--附带程序包.zip
2019-12-21 21:41:02 66KB matlab
1
Originally reactive protocols were not design for the characteristic of highly mobility during route discovery. Due to dynamically modification to the VANET this changes very often due to breakdown which causing excessive broadcasting and flooding the entire network in order for new routes to be discovered. In additional, the initial of routing need some time and this latency can easily change everything. Due to these reasons, the typical reactive protocols, in their current format, do not totally appropriate for time critical applications such as cooperative collision avoidance (CCA). The Cooperative Collision Avoidance is an important class of safety applications in VANETs, which aims at offering earlier warning to drivers using vehicle-to-vehicle (V2V) communication [13]. Ad Hoc On Demand Distance Vector (AODV) is an reactive routing protocolwhich capable of both unicast and multicast. In AODV, like all reactive protocols,topology information is only transmitted by nodes on-demand. When source hassomething to send then initially it propagates RREQ message which is forwarded byintermediate node until destination is reached. A route reply message is unicastedback to the source if the receiver is either the node using the requested address, or ithas a valid route to the requested address. This repository provides a MATLAB simulaiton of VANET enviornment and rsults comparison in terms of throughput, packet drop ratio etc. More information can be reached at https://www.youtube.com/watch?v=2QeSYOgJo9s&t=32s
2019-12-21 20:38:07 20KB matlab
1
三次B样条插值可用于机器人轨迹规划中速度、加速度、加加速度的实现
2019-12-21 18:49:59 1KB 三次B样条 轨迹规划
1