cẩu cọc trong than cọc phát sinh moment uốn để việc bố trí cốt thép thuận lợi nhất người ta chọn 2 điểm cẩu cọc sao cho moment uốn trong cọc là nhỏ nhất
... S M (20 02) A writer’s collaborative assistant Proceedings of Intelligent User Interfaces’ 02, (pp 7-14) Bratman, M E (19 92) Shared cooperative activity The Philosophical Review, 101 (2) , 327 -341 ... prohibited 24 Yao & Zhang de Kleer, J (1986b) Extending the ATMS Artificial Intelligence, 28 , 163-196 de Kleer, J (1986c) Problem solving with the ATMS Artificial Intelligence, 28 , 197 -22 4 Decker, ... Multiply Intelligent Agent Developing Environment MBOS Compute World (in Chinese), 23 (28 ), 11- 12 Yao, L et al (20 02) Basic Organization Structure Model for Cooperative Information Processing In...
... various elements, implementations, and applications ISSN 20 76 -28 95 (Print), ISSN 20 76 -29 09 (Online) 20 12 International Energy & Environment Foundation All rights reserved 524 International Journal ... Vol 71 (3), pp 20 7 -21 5 [6] Starkl, M., and Brunner, N Feasibility versus sustainability in urban water management, journal of environmental management, 20 04, Vol 71 (3), pp 24 5 -26 0 [7] Goncalves, ... operates more efficiently compared to standard equipment; i.e., delivers the same service for less energy ISSN 20 76 -28 95 (Print), ISSN 20 76 -29 09 (Online) 20 12 International Energy & Environment...
... times Today, B2B, B2C, B2G and B2E are recognized to be vertical online markets Wireless is going to subdivide these markets, and new services will emerge targeting new user groups Data managers ... manage the presentation of the data, whereas the XML is handling the data Managing Data: The application server can use common device characteristics to display the data Using these standards can ... by 20 02 Users Interest in Phones with E-Mail Current Potential Users Users Definitely Interested 8.3% 13% Probably Interested 8.0% 13% Maybe Interested 13.3% 23 % Probably Not Interested 25 % 26 %...
... of a cc (2 3) convolutional coder Figure 1.18: State diagram for cc (2 3) 21 CHAPTER INTRODUCTION TO CELLULAR RADIO 22 00 state I 00 11 11 state II 10 10 00 01 state III 01 01 01 01 01 state IV ... = j 3 =2 , sinψ = cos ψ p3 =2 j = D i + ( j =2) D (1.7) (1.8) and as sin2 ψ D = cos2 ψ + i2 + ij = + j2 1 (1.9) (1.10) where D is the distance between cochannel BSs From Figure 1.8 the distance ... Q p 2E =N0 = p 2 p Z∞ e 2E =N0 x2 =2 dx (1 .28 ) CHAPTER INTRODUCTION TO CELLULAR RADIO 28 and the SNR is SNR = γ = E =N0 (1 .29 ) A BPSK link having a Gaussian channel is shown in Figure 1 .21 For...
... 10ζ=10 i Z = exp ζ 10 = ∞ 222 ln(10) ln(10) σ exp 10 p pζ 2 σ ln(10) 10 Z 10 2 dζ ∞ p pζ exp ln(10) 2 (4π 2 )1 =2 ∞ exp dζ (4π 2 )1 =2 ∞ Z = ∞ 2 10 2 dζ (4π 2 )1 =2 ∞ and the integral is unity ... mean The expectation is, therefore, E 10ζ=10] = E 10 ζ=10 ] = Q( ) where Q(k) E 10ζ=10] = = p1 Q (2) Z 2 ∞ k σ ln(10) 10 Z 2p2σ exp p p 10 2 ζ=10 2 exp( 2 =2) 1: 023 exp p 2 and 2 , then we ... Equa- Z 2p2σ 2 ln(10)=10 (3.14) p If we truncate the normal distribution of ζ at tion (3.13) as p σ ln(10) 10 exp ln(10) 2 4 2 (4π 2 )1 =2 exp : dζ (3.15) dλ n pζ p 22 (4π 2 )1 =2 ln(10) o2 10...
... Eb =I0 The outage probability is 2% STD of power error VAF = 3/8 % decrease VAF = 1 /2 % decrease dB 30 0% 23 0% 1.5 dB 29 3.3 % 22 4.3 % dB 28 6.3 % 22 4.3 % 2. 5 dB 26 13.3 % 20 13 % CHAPTER ... 29 7 u) is a delta function at t = u So, η = = Tb2 Z Tb Z Tb N0 δ(t u) E c0 (t )c0(u) cos(ω1 u 0 ˆ cos(ω1t + θ) dudt Z Tb 2N0 ˆ c2 (u) cos2(ω1 u + θ)du Tb2 0 " = = 2N0 Tb2 u 2N0 Tb Tb2 ˆ sin (2 1 ... S = 4G2 p 2N R R 2 var vi j φ ζ j ζj R 10 10 R (5. 126 ) 5.4 CDMA MACROCELLULAR NETWORKS + 3N 327 2 R 2R ζk R 10 10 2R var vik φ ζk 2 R + 6N 2: 633R ) ζl R 10 10 2: 633R var vil φ ζl (5. 127 ) and...
... 3G SYSTEMS 4 12 Table 6 .2: The MS multislot classes Multislot class 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 b= c= ( ( Maximum number of slots Rx Tx Sum 1 22 3 2 4 3 4 5 5 4 ... Table 6.1: IMT -20 00 spectrum and its segments (MSS stands for mobile satellite services) Segment number Frequency band (MHz) 1885–1900 1900–1 920 1 920 –1980 1980 20 10 20 10 20 25 21 10 21 70 21 70 22 00 ... GSM1800 22 00 IMT -20 00 MSS IMT -20 00 21 50 MSS 1750 USA Reserved Japan SAT 1700 SAT 408 Figure 6.1: IMT -20 00 spectrum and the current use of this spectrum in Europe, the United States and Japan PCS stands...
... between −0 .2 and 0 .2, NS (negative small) for the values between −0 .2 and −0.7, and NB (negative big) for the values lesser than −0.7 We obtain the linguistic table for the angular speed from Table ... trajectory followed in presence of unknown obstacles (Fig 22 (d)) is very close to the one obtained after including the unknown obstacle in the data base and starting again the planning [15] In fact ... STFIS has the following two main advantages: Fig Concave obstacle skirting away from the target and the distance of displacement is greater than a threshold distance T; it turns back to the intermediate...