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MSW_A4_format.pdf
- pear to be accurate enough in case MAC reliability is not used as when packet drops occurs due to collisions buffer drains and size is decreased. Well known schemes use a combination of channel utilization and buffer occupancy, as seems to be the
MAC_Transceiver
- MAC(以太网媒体访问控制)是以太网IEEE 802.3协议规定的数据链路层的一部分,使用FPGA替代ASIC,实现以太网MAC功能非常实用。能够实现硬件系统多路多端口的以太网接入,并在自行开发需要以太网接入的嵌入式处理器设计中得到应用。具体探讨以太网MAC的功能定义,使用FPGA实现以太网MAC的方法,对以太网的相关应用设计具有指导作用。 -MAC (Ethernet Media Access Control) is a protocol under the IEEE 802.3 Ethe
Research_on_the_Interference_Problem
- 适用于三维无线传感器网络的MAC接入方法。仿真表明,该方法极大地减小了网络间的干扰,保证了较高的通信成功率。-Applicable to three-dimensional wireless sensor networks MAC access method. Simulation results show that the method greatly reduces the interference between networks, ensuring a high success rate
EVMDM365_setmac
- 在TI ccs环境下实现DM365 的MAC地址参数配置,方便对网络的控制。相对于其它的Linux ifconfig 配置,能学习到MAC地址具体配置方法-TI ccs environment DM365 MAC address configuration parameters to facilitate the control of the network. Relative to other Linux ifconfig configuration, you can learn the MA
stm32-tinyos
- TinyOS系统以其组件结构模型、事件驱动、并发型等优点成为目前最受关注的无线传感器网络操作系统。而STM32和CC2520以其高性能、低成本、低功耗被广泛应用于无线传感器网络嵌入式系统。 但TinyOS 不支持STM32和CC2520芯片。因此在分析TinyOS 基本原理、NesC 编程语言实现机制及其编译过程的基础上,介绍了基于STM32和CC2520的T inyOS移植方法,完成了STM32的IO组件、Timer 组件、USART组件、SPI 组件和CC2520芯片的移植。在实现CC252