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Table 9: Sim1
Table 1: Sim
"... In PAGE 9: ...lowest cos since by i be on av Therefore, best solut Based on solution f are (3212) an the other d Table Reso (4212)* 5 (4212) * (5212) * (5212) * (5212) * *Where: mixers conve Base Table1 , th the simulatio supports y time, simula- manage- ted as a ate some ese tools for deci- he Time- ng rces for a chart is vailable nt s can be kers and t solution. It is different for the other distances ncreasing a cost slightly, the productivity grows to erage 1.... ..."
Table 14: SIM specific behaviour
"... In PAGE 23: ... Table 13: USIM Output Commands Operational command READ BINARY READ RECORD GET RESPONSE 8.3 SIM specific behaviour for Response Packets (Using SMS-PP) Table14 summarises the behaviour of the SIM apos;s RE/RA with regard to PoR. Table 14: SIM specific behaviour ... ..."
TABLES 44 DisSim CanSim Allit Rhym
Table 3 Variables used for numerical thermal simulations Name Comment SIM-1 SIM-2 SIM-3
in VDMOSFETs q
2004
"... In PAGE 7: ... Three sets of simulations are performed. The details on the simulation conditions are listed in Table3 . Typ- ical values of the thermal conductivities k for the mate- rials used in the simulations are given in Table 4.... ..."
Table 3: Summary of PraidSim parameters.
"... In PAGE 7: ...Table 3: Summary of PraidSim parameters. Table3 summarizes the configurable parameters in PraidSim. Internal RAID configuration is chosen by specifying the RAID level, number of disks in the array, number of mirror replicas, stripe size, and the name of the simulated disk for Disksim.... ..."
Table 3. 3-SIM Truth Tables
"... In PAGE 17: ...1 3-SIM 3-SIM uses the values: 0 for a constant zero; 1 for a constant one; and X for possible transitions. Any inputs that are not constant are assigned the value X, and then the gates are traversed in forward levelized order using the truth tables in Table3 . The function performed by 3-SIM is called hazard simulation and was described in [Eichelberger 65], where the value 1/2 was used instead of X.... ..."
Table 2: Performance of ATOM and SyntSim.
"... In PAGE 8: ... We chose these experiments because counting instructions and warming up caches and branch- predictor tables is useful when fast-forwarding before switching to a cycle-accurate simulation mode. Table2 shows the average slowdown relative to native execution when running the three experiments on ATOM and SyntSim using the reference inputs (lower numbers are better). Table 2: Performance of ATOM and SyntSim.... ..."
Table 2 A possible definition for the function sim
in IME
"... In PAGE 7: ... Then, we assume that a value of similarity sim(g1,g2) [ [0,1] is defined between each pair (g1, g2) of spatial relations (these values can be appropriately tuned for specific appli- cations). In our examples, the sim function is defined as in Table2 [9]. The similarity degree between a query Q and a virtual image imvi, denoted by Sim_deg(Q, imvi), is computed according to a formula that considers how many objects of Q are contained in imvi and how similar spatial relations are found in imvi with respect to those of Q, and returns a value in the range [0,1].... ..."
Table 1: Configuration parameters of CT-Sim
"... In PAGE 3: ... The mapping configuration and the priority of each traffic flow onto the CT-Bus are specified in the mapping configuration section. Table1 lists the parameters that can be configured in each configuration section. Table 1: Configuration parameters of CT-Sim ... ..."
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