TEPs（TinyOS Enhancement Proposals ）是TinyOS官方针对TinyOS核

心运行机制、无线传感节点常用功能模块接口代码、传感网协议等发布

的技术文档，有助于深刻理解TinyOS原理。

各TEP内容概述如下：

TEP1: TEP Structure and Key Words

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

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