7.11.6 What Is Statistical Time-Division Multiplexing (STDM)?
Learn why allocating fixed time slots is often inefficient for bursty traffic. Explore dynamic bandwidth allocation, buffering, packet switching, and how STDM became the bridge between traditional TDM and modern computer networks.
- What Is Statistical Time-Division Multiplexing?
- Why Is It Called "Statistical"?
- Why Is Conventional TDM Inefficient for Data?
- How Does STDM Work?
- What Is a Buffer?
- Why Are Buffers Necessary?
- How Does the Receiver Know Which Data Belong to Which User?
- Does STDM Introduce Additional Overhead?
- What Is the Main Advantage of STDM?
- Can Too Many Users Share the Same Link?
- What Is Queueing?
- What Types of Traffic Benefit Most from STDM?
- How Does STDM Differ from Conventional TDM?
- Is STDM a Form of Packet Switching?
- Is STDM Still Used Today?
- What Are the Advantages of STDM?
- What Are the Disadvantages?
- Why Is STDM Important?