Fundamentals of Mobile Data Networks,  
G. Miao, J. Zander, K. Sung, and B. Slimane
Typo/Grammatical Errors
S.No Chapter No. Chapter Name Page Line Error Correction
1 6 Transmitter power control 152 4 SIR minimum SIR
2 6 Transmitter power control 154 17 and and and
3 8 Association and handover 214 last candidate neighbor
4 5 Principles of cellular systems 105 9
5 10 Long term evolution 265 9 from the bottom
6 10 Long term evolution 265 8 from the bottom
7 10 Long term evolution 266 11
8 10 Long term evolution 266 12
9 3 Medium access control 56 last line, eq (3.43)
10 3 Medium access control 48 Figure 3.17
x label: 
x label:
11 3 Medium access control 53 Figure 3.20 Label of teminalL:  A, B, C, D  Should be: B, A, C, D. 
12 5 Principles of cellular systems 131 3 As L approaches the system … As L approaches 1, the system …
13 5 Principles of cellular systems 125 Figure 5.17: 4th subplot Set o forthorognal codes Set of orthorognal codes
14 9 Energy-efficient design 237 Formula 9.26, 9.27, Fig. 9.5.  Last paragraph of page 237. ln2 conefficient is missing in all the formulas, as shown in the right two columns. 
15 10 Long term evolution 259 5 As shown in Figure 3.6 As shown in Figure 3.7
16 11 Wireless infrastructure economics 293 Equation (11.20)
17 8 Association and handover 210 Figure 8.7, fourth formula in the bottom  (N_tot+1)μ   (N_thr+1)μ
18 10 Long term evolution 268 Figure 10.8, second line, second block: S/P "Parallel to Serial".  Serial to Parallel
19 Ch 8 Association and handover 212 Figure 8.9 Two 'N_thr'  in the circles  'N_tot'
20 Ch 9 Energy-efficient design 240 Line 3 It consumes P_1 circuit power in transmission mode and P_2 circuit power …. It consumes P_2 circuit power in transmission mode and P_1 circuit power ….
21 Ch 9 Energy-efficient design 235 Line 12, the equation in (3)
22 Ch 5 Principles of cellular systems 108 Line 4, left side of the equation
23 Ch 5 Principles of cellular systems 117 Figure 5.13, Y axis. Read the three lables. They should be of the same format 100 10^0
24 Ch 7 Interference Management 191 line 5
25 Ch 8 Association and handover 205 line 3 k dB samples k samples
26 Ch 3 Medium access control 55 equation 3.38 Pr(At least one arrival in the first k-1 slots) Pr(At least one arrival in each of the first k-1 slots)
27 Ch 6 Transmitter power control 172  Line 10 S*P_t S × P_t
28 Ch 11 Wireless infrastructure economics 287 Equation 11.8 in f ra infra
29 Ch 11 Wireless infrastructure economics 289 Figure 11.3 the curve in the middle has no legend add legend "Cost" next to the black solid line
30 Ch 11 Wireless infrastructure economics 291 17 in f ra infra
31 Ch 0 Acronyms xiv 13 Space Frequecy Block Code Space Frequency Block Code
32 Ch 0 Acronyms xv last line η  Normalized thermal noise η  Normalized thermal noise ( sometimes used as number of channel/cell )
33 Ch 9 Energy-efficient design 230 Eq. 9.7 E = pt E=Pt
34 Ch 10 Long term evolution 269 last 12 REs 84 REs
35 5 Principles of cellular systems 132 15
as shown in Figure 5.18
as shown in Figure 5.18
36 5 Principles of cellular systems 132 Formula 5.67
37 5 Principles of cellular systems 132 Formula 5.70, replace completely. 
38 5 Principles of cellular systems 138 line 22, Problem 5.7 "Determine the minimum distance between…" "Determine the maximum distance between…"
39 5 Principles of cellular systems 139 Line 14, Problem 5.10
40 5 Principles of cellular systems 139 Line 5 from bottom, Problem 5.11
"Determine the pole capacity         of this system…"
"Determine the single-cell capacity                of this system…"
41 5 Principles of cellular systems 112 Equation below figure 5.12 missing equation number Add equation number (5.21)
42 5 Principles of cellular systems 114 Equation  5.21 wrong equation number remove equation number (5.21)
43 5 Principles of cellular systems 113 Line 5 from bottom This a quite common situation "This is a quite common situation"
44 5 Principles of cellular systems 114 Equation 5.21, replace completedly.
45 3 Medium access control 53 Figure 3.19 Label of teminalL:  A, B, A  Should be: A, C, B. 
46 5 Principles of cellular systems 119 Table 5.2 29 19
47 5 Principles of cellular systems 128 Line 3 where G_{k,l} is the link gain between mobile terminal l and base station k where  G_{l,k} is the link gain between mobile terminal k and base station l
48 2 Wireless Network Models 14 11 doppler shift Doppler shift
49 4 Scheduling 72 22 cancelation (SIC) cancellation (SIC)
49 4 Scheduling 72 4th from the bottom the cancelation order the cancellation order
50 5 Principles of Cellular Systems 96 10 and the path loss constant. and α the path loss constant.
51 5 Principles of Cellular Systems 98 10 the received SIR reduces to the received SINR reduces to
52 8 Mobility and Handover 206 14 much.The drawback of such  much. The  drawback of such 
53 1 Introduction 10 second last line Chapter 11 Chapter 10
54 2 Wireless network models 24 Figure 2.7 G and G' G and G' should be in bold as G and G'
55 2 Wireless network models 25 Line 22, Excercise 2.1 Section 2.1 Example 2.1
56 3 Medium access control 39 Line 4 from bottom, in between formula 3.15 and 3.16 and the system throughput is with N_m as the number of symbols per message, and the system throughput is
57 4 Scheduling 76 Line 17, formula 4.6 i[t+1]=i[t]+1 i[t+1]=mod(i[t]+1, N), with N as the number of users
58 5 Principles of cellular systems 99 Formula in the bottom, 3rd line from bottom
59 8 Association and handover 203 Figure 8.2, Y-axis Signal quantity Signal quality
60 8 Association and handover 210 Figure 8.7