href="#ulink_f7b5ca32-a6bd-5925-aadb-f6f0f1daf64a">Figure 1.1 Communication model used in this chapter, referred to as a collisio...Figure 1.2 Illustration of two essential wireless features captured by the col...Figure 1.3 The problem of first contact when the mobile device Zoya is in the ...Figure 1.4 Rendezvous protocol for Zoya and Yoshi where both of them use half-...Figure 1.5 Downlink time division multiple access (TDMA). (a) Periodic equal a...Figure 1.6 Introduction of a header in the TDMA frame. (a) Periodic TDMA syste...Figure 1.7 Illustration of several ingredients required in a simple wireless T...Figure 1.8 Uplink transmission with a reservation frame. (a) Case when the all...Figure 1.9 Overlapped downlink and uplink frame for a full-duplex base station...
2 Chapter 2Figure 2.1 Canonical scenario for random access protocols, where a number of u...Figure 2.2 An example of random access with probing. (a) Representation with a...Figure 2.3 A simple scenario for sharing the wireless spectrum between two col...Figure 2.4 Illustration of randomized spectrum sharing between two interfering...Figure 2.5 Transmission of a feedback packet 
3 Chapter 3Figure 3.1 Zoya and Xia communicate simultaneously with Basil. The left side d...Figure 3.2 Enhanced communication model with a strong and weak region. (a) Dep...Figure 3.3 Communication system with a strong/weak region around the base stat...Figure 3.4 Illustration of the use of SIC in the collision model. (a) Collisio...Figure 3.5 Strategies for communication in a collision channel without feedbac...
4 Chapter 4Figure 4.1 Introducing layering for a one-way wireless link. (a) Diagram of a ...Figure 4.2 Illustration of how layering deals with packets that can get out of...Figure 4.3 A simple layered model for two-way communication. Note that the arr...Figure 4.4 Packet exchange when the black box of the lower layer provides (a) ...Figure 4.5 An example of a layered structure for multiple terminals sending da...Figure 4.6 Scenario in which Zoya can establish a multi-hop connection to Xia....Figure 4.7 Protocol stacks: OSI versus TCP/IP.Figure 4.8 Example of clustered wireless networks. Each car represents a clust...Figure 4.9 Illustration of the points of convergence in different types of sys...Figure 4.10 A primer on wireless slicing for two services, broadband and low l...
5 Chapter 5Figure 5.1 A look inside the black boxes of the TXmodule and RXmodule. TXbaseb...Figure 5.2 Effect of the additive noise complex baseband symbols. (a) Three di...Figure 5.3 The QPSK constellation. All constellation points lie on a circle su...Figure 5.4 Bit-to-symbol mapping for two constellations of power
6 Chapter 6Figure 6.1 The general model of communication system considered by Shannon.Figure 6.2 Three baseband communication channels between Xia and Yoshi with ad...Figure 6.3 Distribution of the received/output signal at Yoshi's side...Figure 6.4 Creating digital channels from Xia to Yoshi by using BPSK or QPSK m...Figure 6.5
7 Chapter 7Figure 7.1 Binary symmetric channel (BSC) between Xia and Yoshi and three chan...Figure 7.2 Comparison of the normalized goodput
8 Chapter 8Figure 8.1 Entropy of a binary random variable with probability of
9 Chapter 9Figure 9.1 A simple example that illustrates how to create a discrete communic...Figure 9.2 (a) The periodic waveform with a period of
