Introduction About This Document This document provides an overview of the Windows interoperability technologies and the protocols required for implementation. It is intended for use in conjunction with the technology overview documents that are available for many of the commonly used interoperability technologies. The following lists all of the technology overview documents. Short Name Overview Document Full Name Description Active Directory Federation Services (AD FS) Protocols Overview Provides an overview of AD FS, the Microsoft implementation of federation services. AD FS provides clients (internal or external to a network) with seamless, access to one or more protected Internet-facing applications, even when the user accounts and applications are located in different networks or organizations. Active Directory Protocols Overview Provides an overview of the functionality and relationship of the protocols that make up the client-server and behavior of Active Directory. The Active Directory protocols provide directory services for the centralized storage of identity and account information, as well as storage for other forms of data such as group policies server
Content Caching and Retrieval Protocols Overview Provides an overview of the protocols implemented in the Windows Peer Content Caching and Retrieval framework. This framework is based on a discovery and distribution model designed to reduce (WAN) link bandwidth utilization and provide faster content downloads from a local area network (LAN). Certificate Services Protocols Overview Provides an overview of the protocols implementing Certificate Services. Certificate Services protocols are used for certificate enrollment, certificate policy, and remote administration of certificate services. This document describes the intended functionality of the Certificate Services protocols and how these protocols interact with each other. File Access Services Protocols Overview Provides an overview of the functionality and relationship of the File Access Services (FAS)
extensions that implement policy settings, and through Administrative tool extensions that implement authored configuration settings. Message Queuing Protocols Overview Provides an overview of the Message Queuing protocols. Microsoft Message Queuing (MSMQ) is a communications service that enables reliable and secure asynchronous messaging between applications over a variety of deployment topologies. Media Streaming Server Protocols Overview Provides an overview of the protocols implemented in Windows Media Streaming technologies. Media Streaming technologies are used to convert both live and prerecorded audio format and to distribute the content over a network or the Internet. Network Access Protection Protocols Overview Network Access Protection (NAP) verifies the identities of users and the proper software configuration of client computers and system states, such as side
[MS-RPCE] Microsoft Corporation, "". [MS-RPCH] Microsoft Corporation, "". [MS-RPCL] Microsoft Corporation, "". [MS-RSP] Microsoft Corporation, "". [MS-SCMR] Microsoft Corporation, "". [MS-SDP] Microsoft Corporation, "". [MS-SFMWA] Microsoft Corporation, "". [MS-SIP] Microsoft Corporation, "". [MS-SMB2] Microsoft Corporation, "". [MS-SMB] Microsoft Corporation, "". [MS-SMTPNTLM] Microsoft Corporation, "". [MS-SNID] Microsoft Corporation, "". [MS-SRVS] Microsoft Corporation, "". [MS-STOROD] Microsoft Corporation, "". [MS-SWSB] Microsoft Corporation, "". [MS-TAIL] Microsoft Corporation, "". [MS-TCC] Microsoft Corporation, "". [MS-TDS] Microsoft Corporation, "". [MS-TLSP] Microsoft Corporation, "". Microsoft Corporation, "". [MS-TRP] Microsoft Corporation, "". [MS-TSCH] Microsoft Corporation, "". [MS-UPMC] Microsoft Corporation, "". [MS-VUVP] Microsoft Corporation, "". [MS-W32T] Microsoft Corporation, "". Microsoft Corporation, "". [MS-WINSRA] Microsoft Corporation, "". [MS-WKST] Microsoft Corporation, "". [MS-WMOD] Microsoft Corporation, "". [MS-WSP] Microsoft Corporation, "".
Wireless protocols mapped to the Link Layer provide a mechanism for Windows clients and servers to communicate with each other over wireless networks. This enables a client to discover services within its physical proximity defined by the radio range and to convey service discovery information. The following lists the Windows Link Layer protocols and descriptions of how they are used. Protocol Specification name Usage Callback Control Protocol Enables peers to negotiate callbacks over links in a secure and flexible manner. The callback negotiation in dial-up links is specifically useful for saving on toll charges. IrDA Object Exchange (OBEX) Protocol Profile Introduces a header to the IrDA) Object Exchange (OBEX) Protocol specified in that allows for the inclusion of Win32 error codes. Certain optional behaviors specified in [IROBEX] are also implemented, whereas other behaviors (such as pull operations) are not. Link Layer Topology Discovery (LLTD) Protocol Enables applications and protocols to discover the link layer topology of a single link in a network. It also offers extensions that can be used to
with each other over wireless networks. This enables a client to discover services within its physical proximity defined by the radio range and to convey service discovery information. Quality Windows Audio/Video Experience (qWave): Wireless Diagnostics Protocol Specification Enables applications to diagnosis of wireless network issues by analyzing various wireless network related statistical counters as well as standard wireless connection parameters. It is also used to obtain information the wireless characteristics of a host or device, including the channel it is on and whether it registers interference. VT-UTF8 and VT100+ Protocols Used for serial client/server communication for terminal control and headless server configuration. For example, the protocols allow server power
Index A 21 C 61 31 D 32 34 F 35 G 9 I 58 6 M 56 N 40 O Overview 21 31 32 34 35 56 40 52 53 57 56 58 8 6 P 8 8 R 6 52 S 53 Server management protocols 57 56 T 6 61 W 58