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Table 1: Examples of hierarchical model building in C4. Instead of building each model from scratch, most models are created in a modular fashion by making adaptions and additions to other models. This facilitates the building of complex models.

in unknown title
by unknown authors 2005
"... In PAGE 5: ... However, in addition to automated generation of code from alignment models, the generation of the models required for DP in the SARs is also automated, as described below. Building simple models Table1 shows a few example alignment models which are generated by this system. The models are built in a modu- lar fashion, allowing reuse of common components such as intron models and gap models.... ..."

Table 2. A Hierarchical Network (in TSL)

in Simulation of Ultra-large Communication Networks
by Dhananjai Madhava Rao, Philip A. Wilsey 1999
"... In PAGE 6: ... The switches inter-connecting the nodes routed traffic by exploiting the fact that the topologies were hierarchical. The TSL specification of a two level hierarchical network consisting of hundred nodes is shown in Table2 . The net- work topology illustrated in the figure was recursively used in a hierarchical fashion in order to scale the network mod- els to the required sizes.... In PAGE 6: ... The low parsing times is due to the small size of the specifications. A small five level hierarchy with ten nodes at the lowest level (as shown in Table2 ) is suf- ficient to specify a network with a million nodes. As the graphs illustrate, due to the hierarchical nature of the topol- ogy, the time required to statically analyze and generate the flattened topology increases rapidly as the size of the base topology increase.... ..."
Cited by 17

Table 2. Rate of Change in the Duration for IT Fashions vs. Management Fashions.

in Information Technology Fashions: Lifecycle Phase Analysis
by Jintae Lee Jintae
"... In PAGE 6: ...** Significance less than or equal to 0.01. have the effect of shortening the length of both the latency and the growth period by making potential fashion seeds (ideas or prototypes) more easily noticed and communicated faster. Table2 shows the results of the regressions on the changes in the duration of both the latency and the growth phases respectively. As shown, the rate of change is greater for IT fashions than management fashions only in the growth phase but not in the latency phase.... ..."

Table 18. Fashion Leadership of AACS

in by
by Devona L. Dixon, Devona Linette Dixon 2007
"... In PAGE 82: ...81 4.65 1.15 1.29 6.86 4.71 Fashion Leadership. More than half (61%) of AACS in the sample ( Table18 ) felt they were confident in their ability to recognize fashion trends. However, 76% of the sample did not feel the importance of being a fashion leader; nor did the respondents feel they should be regarded as fashion leaders by others.... ..."

Table 2: Assessment of the Management Fashions on 8 Criteria

in unknown title
by unknown authors
"... In PAGE 30: ...istorical data on U.S. Business Cycle Fluctuations were also collected from these sources and controlled for when empirically investigating the economic variables reviewed above. Results Table2 shows assessment scores and Table 3 reports inter- correlations among the criteria used to evaluate the fashions. ------------------------------------ Insert Tables 2 and 3 about here ------------------------------------ Table 3 demonstrates that fashions rating higher in radicalness also tend to be more difficult to implement (r = .... ..."

Table 1. Average Duration of the Ascent Period for IT Fashions and Management Fashions in the three decades between 1970 and 2000.

in Emilio Collar and
by Massachusetts Institute Of, Jintae Lee, Jintae Lee, Jintae Lee, Emilio Collar, Emilio Collar, Emilio Collar 2002
"... In PAGE 15: ... Its significance was tested with the t-test. RESULTS AND DISCUSSION Table1 shows the overall result of the study. As shown in the third column of Table 1, the data clearly confirms that IT fashions introduced later will have shorter ascent periods (Hypothesis 1).... ..."
Cited by 2

Table 4: Relationships Between Management Fashion Emergence, Timing, and Lifecycle Variables

in unknown title
by unknown authors
"... In PAGE 32: ... 30 appears to be more widespread interest in and/or communication about fashions today than in previous decades. Yet, the final column of Table4 indicates that, after controlling for the significant proliferation in publication outlets, this does not appear to be the case. Hence, it cannot be concluded that there is any more significant interest in management fashions today than there was earlier in the century.... In PAGE 32: ... Hence, it cannot be concluded that there is any more significant interest in management fashions today than there was earlier in the century. ------------------------------------ Insert Table4 about here ------------------------------------ Table 5 offers further evidence on the relationship between the era in which a fashion was introduced and its lifecycle. ---------------------------------- Insert Table 5 about here ------------------------------------ There was a strong negative correlation (r = -.... ..."

Table 4. component relationship among digraph, block, and digcell models component of

in DEVS-Java Reference Guide
by unknown authors
"... In PAGE 25: ... Differences among digraph, block, and digraph-cell models Digraph Block Digcell Addressing scheme Port based Address based mixed (port + address) Children information Variable: components Variable: components Variable: components Boundary Information None Variable size None Coupling information Variable: Coupling Variable: Coupling Variable: Coupling Coupling method One-to-one add_coupling(d1,p1 ,d2,p2) One-to-many add_coupling(p1,p2) One-to-one add_coupling(d1,p1,d2,p2) One-to-many add_coupling(p1,p2) In terms of Coupling relationship between influencees and receivers, both digraph and digcell models map one source to one destination, while block models support many-to-many coupling. As shown in Table4 , both digraph and digcell models can keep atomic models, block models, and digraph models as their components in hierarchical fashion; while cell, block and digcell models, each having its own address (location), can become components of a block model. Table 4.... ..."

Table 1. Comparison of the number of messages required to communicate all state information in a q machine environment.

in unknown title
by unknown authors 1999
"... In PAGE 2: ... By organizing machines in this fashion, the total number of incoming messages that each client must manage is greatly reduced. Table1 summarizes the cost advantages of the hierarchical organization for an environment with q servers clustered into r pq groups. 2.... ..."
Cited by 1

Table 4. Hierarchical attributes

in FSF: A Real-Time Scheduling Architecture Framework
by M. Aldea, G. Bernat, I. Broster, A. Burns, R. Dobrin, J. M. Drake, G. Fohler, P. Gai, M. González Harbour, G. Guidi, J. J. Gutiérrez 2006
Cited by 3
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