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Table 1: This shows the compression results in bits per co- ordinate for the Head Shaping animation. To avoid biasing the results by over-sampling in space or time, we used a sub- sampled version having 64 frames and 250 vertices.

in Dynapack: Space-Time compression of the 3D animations of triangle meshes with fixed connectivity
by D. Breen, M. Lin (editors, Lawrence Ibarria, Jarek Rossignac

TABLE I Leverages of space-time processing.

in Smart Antennas for Mobile Communications
by A. J. Paulraj, D. Gesbert, C. Papadias

TABLE III SPACE-TIME CHANNEL PARAMETERS.

in Adaptive LCMV Beamforming Avoiding DOA Estimation for Packet-Like Wireless Systems
by Danilo Zanatta Filho, Charles Casimiro Cavalcante, João Marcos Travassos Romano

Table 1: System Parameters of BPSK with space-time transmit diversity

in Optimum Modulation and Coding for Maximum Coverage-Capacity in Cellular CDMA Systems
by unknown authors
"... In PAGE 3: ....5 Numerical Results................................................................................................31 Table1 : System Parameters of BPSK with space-time transmit diversity.... ..."

Table 2: System Parameters of MQAM with space-time transmit diversity

in Optimum Modulation and Coding for Maximum Coverage-Capacity in Cellular CDMA Systems
by unknown authors
"... In PAGE 3: ...able 1: System Parameters of BPSK with space-time transmit diversity......................40 Table2 : System Parameters of MQAM with space-time transmit diversity.... In PAGE 40: ... BER performance of MQAM with or without STTD under Rayleigh fading channel is presented in [46]. Table2 shows the system parameters that are used here ... ..."

Table 1: Minimum Space-Time Products [MB*s]

in Dual-Buffering Strategies in Object Bases
by Alfons Kemper, Donald Kossmann, Universitgt Passau, Rwth Aachen 1994
Cited by 35

Table 2: Minimum Space-Time Products [MB*s]

in Dual-Buffering Strategies in Object Bases
by Alfons Kemper, Donald Kossmann, Universitgt Passau, Rwth Aachen 1994
Cited by 35

TABLE I MODIFIED ALAMOUTI SPACE-TIME CODE

in Performance of Alamouti Space-Time Code in Time-Varying Channels with Noisy Channel Estimates
by Jittra Jootar, James R. Zeidler, John G. Proakis 2005
Cited by 4

Table 1. Space-Time Transformation for IIR Filter

in Recursive Filtering on SIMD Architectures
by Rainer Schaffer, Michaell Hosemann, Michael Hosemann, Renate Merker, Gerhard Fettweis 2003
"... In PAGE 3: ...n section 4.3.1 the solution ST-1 shall be explored further for the applicability on the M5 architecture. The potential for partitioning is the main advantage of solution ST-2 (see Table1 ), because the realization of the algorithm is not efficient after the ST transformation. The number of PEs is high (pmax = K), but J 1 PEs are active only.... ..."
Cited by 1

Table 1. Space-time characteristics of possible legislative drafting systems

in Software Support for Multi-Lingual Legislative Drafting
by Council Canada, Mciver B, William J. Mciver 2004
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