TEPs

http://tinyos.stanford.edu/tinyos-wiki/index.php/TEPs

TEPs

TEPs, TinyOS Enhancement Proposals, document modifications to the core TinyOS structure and code.

TEP 1 describes the different kinds of TEPs and their roles. TEPs 1-100 are BCP (Best Current Practice) TEPs, while TEPS 101+ are Informational, Documentary, or Experimental.

Currently, many TEPs are Drafts: comments and feedback to the authors or the associated working group is welcome.

Printable PDF versions of TEPs are available here.

The following TEPs are Documentary and BCP: they deal with TinyOS, its protocols, and its programming interfaces:

  • TEP1: TEP Structure and Key Words
  • TEP2: Hardware Abstraction Architecture
  • TEP3: Coding Standards
  • TEP4: Active Message ID Allocation for Network Protocols and Applications
  • TEP101: Analog-to-Digital Converters (ADCs)
  • TEP102: Timers
  • TEP103: Permanent Data Storage (Flash)
  • TEP105: Low Power Listening
  • TEP106: Schedulers and Tasks
  • TEP107: TinyOS 2.x Boot Sequence
  • TEP108: Resource Arbitration
  • TEP109: Sensors and Sensor Boards
  • TEP110: Virtualization
  • TEP111: message_t
  • TEP112: Microcontroller Power Management
  • TEP113: Serial Communication
  • TEP114: SIDs: Source and Sink Independent Drivers
  • TEP115: Power Management of Non-Virtualized Devices
  • TEP116: Packet Protocols
  • TEP117: Low-Level I/O
  • TEP118: Dissemination of Small Values
  • TEP119: Collection
  • TEP123: The Collection Tree Protocol (CTP)
  • TEP124: Link Estimation Exchange Protocol (LEEP)
  • TEP125: TinyOS 802.15.4 Frames
  • TEP126: CC2420 Radio Stack
  • TEP127: Packet Link Layer
  • TEP128: Platform Independent Non-Volatile Storage Abstractions
  • TEP129: Basic Platform Independent Non-Volatile Storage Layers
  • TEP130: Testbeds - Setup and Interfaces
  • TEP131: Creating a New Platform for TinyOS 2.x
  • TEP132: Packet timestamping
  • TEP133: Packet-level time synchronization
  • TEP134: The TOSThreads Thread Library
  • TEP135: Active Message ID Allocation in TinyOS 2.1
  • TEP136: Roadmap to an IP Stack in TinyOS
  • TEP137: Traffic Control
  • TEP138: Source Routing
  • TEP139: The Source Routing Protocol (SRP)
  • TEP140: The Net2 Protocol Benchmark

In addition, there are several TEPs which deal with issues besides TinyOS code, such as the structure of the TinyOS Alliance and design considerations:

  • TEP120: TinyOS Alliance Structure
  • TEP121: Towards TinyOS for 8051
  • TEP122: IEEE EUI-64 Unique Node Identifier
时间： 2024-08-08 09:26:14

TEPs的相关文章

animation-timing-function: steps() 详解

在应用 CSS3 渐变/动画时,有个控制时间的属性 <animation-timing-function> .它的取值中除了常用到的 贝萨尔曲线以外,还有个让人比较困惑的 steps() 函数. teps(n,start/end) 第一个参数 number 为指定的间隔数,即把动画分为 n 步阶段性展示,第二个参数默认为 end,设置最后一步的状态,start 为结束时的状态,end 为开始时的状态. steps 有两个参数 第一个肯定是分几步执行完 第二个有两个值 start 第一帧是第一步

poj 3155 Hard Life 最大密度子图

Hard Life Time Limit: 8000MS   Memory Limit: 65536K Total Submissions: 7598   Accepted: 2191 Case Time Limit: 2000MS   Special Judge Description John is a Chief Executive Officer at a privately owned medium size company. The owner of the company has

字符串算法模板

1.KMP算法 #include<cstdio> #include<cstdlib> #include<algorithm> #include<cmath> #include<cstring> #include<iostream> using namespace std; int next[100]; char p[1000]; int makenext(char p[],int next[]) { int n=strlen(p);

旁疗梦诼刎l2ky034p0s82ns1uw84f

http://t.cn/RUt1VtD?ofpthttp://wx.233.com/share/2471724http://d.1905.com/space/14097080http://t.cn/RUVzaU0?8326http://t.cn/RUMJzFQ?3627http://sina.lt/dBZAhttp://d.1905.com/space/14119955http://t.cn/RUcCxZP?HZVWhttp://t.cn/RUM4UmB?dsrjhttp://wx.233.co

们少招啪能kh82895bfy964825

http://t.cn/RUVzn70?2147http://t.cn/RUfEqVB?igaghttp://sina.lt/dCQthttp://weibo.com/20151030p/2308373903568632501815?UZXShttp://weibo.com/20151030p/2308373903947071996252?7294http://wx.233.com/share/2485102http://d.1905.com/space/14098792http://t.cn/

使用IBM Tivoli Monitoring Universal Agent自定义开发Windows Terminal Service监控服务

IBM TivoliMonitoring产品简称ITM,当前版本为6.5,该产品作为IBM软件产品的基础架构设施软件面向IT基础设施,云计算环境,虚拟化环境等都提供了全面的监控方法和独特的监控技术,IBM提供了常规的各式监控代理程序来解决各种通用性监控脚本,默认提供了包括操作系统代理.数据库代理.ERP代理.应用服务器代理等通用代理,为了解决更多复杂的.深入的.自定义的监控需求,ITM也提供了Universal Agent的通用Agent功能,并且提供了Universal Agent Build

非链特异性转录组测序

非链特异性转录组测序 转录组(transcriptome)在广义上是指细胞内全部转录产物的集合,狭义上是指细胞中所有转录本(mRNA)的集合.转录组测序通常来说是指依托于高通量测序平台对细胞中的mRNAs进行测序.经过信息的整理和分析,可在不同的样本中挖掘具有意义的差异表达基因,研究可变剪切,融合基因事件和在转录水平上进行性状定位等.转录组测序现已广泛的应用到科研基础研究,临床疾病研究和药物研发等领域. 常规转录组测序根据实验样品的不同可分为真核生物转录组测序和原核生物转录组测序:根据建库时的方