Tools
Sorted by:
Try your query at:
 |
 |
 |
 |
 |
 |
Results 1 - 10
of
44,396
Table 1: Summary of design choices for various components of O2S2 architecture Component Choices
"... In PAGE 9: ... Some of these alternatives are discussed in this section. Table1 also summarizes these alternatives. The client side virtual object-storage device (vOSD) is characterized by the interface it provides to the client kernel.... ..."
Table 7. Component column architecture ratios for various FPU sizes
"... In PAGE 7: ... To maintain the same ratio of FPUs, CLBs, and RAMs for all the different FPU sizes, the number of columns of FPUs was increased as the FPU height increased. Table7 shows the relative number of columns of CLBs, RAMs, and FPUs for each of the different FPU heights. Table 7.... In PAGE 7: ... The benchmarks with small aspect ratios and large FPU heights had congestion on the vertical routing tracks. Also, as seen in Table7 , with the larger FPU height there was a greater number of FPU columns to keep the overall number of FPUs constant, this causes congestion due to the large number of nets associated with each FPU. 5.... ..."
Table 1: Components that require architectural changes for various approaches to reliability. A yes in a cell indicates that the reliability mechanism on that row re- quires architectural change to the component listed at the top of the column.
2003
"... In PAGE 3: ... Nooks is certainly complementary, although our focus to date has been limited to operating system kernels. Table1 shows the changes to hardware architecture, oper- ating system architecture, or extension architecture required by other approaches to reliability. Nooks, virtual machines, and static analysis techniques need no architectural changes.... ..."
Cited by 107
Table 1: Components that require architectural changes for various approaches to reliability. A yes in a cell indicates that the reliability mechanism on that row re- quires architectural change to the component listed at the top of the column.
2003
"... In PAGE 3: ... Nooks is certainly complementary, although our focus to date has been limited to operating system kernels. Table1 shows the changes to hardware architecture, oper- ating system architecture, or extension architecture required by other approaches to reliability. Nooks, virtual machines, and static analysis techniques need no architectural changes.... ..."
Cited by 107
Table V. Components That Require Architectural Changes for Various Approaches to Reliability (A yes in a cell indicates that the reliability mechanism on that row requires architectural change to the component listed at the top of the column.) Required modifications
2003
Cited by 107
Table 9. Architecture Component Tier Assignment Tier
2004
"... In PAGE 10: ...able 8. Sampling of Available XML Technologies.................................................................... 41 Table9 .... In PAGE 69: ...omponents. Each component pairs with a partner component, creating a tier in the architecture. Each tier contains two components, one to handle the input and one to handle the output communication of the tier; each tier represents a piece of the J2EE architecture. Table9 details the breakdown of the various tiers and components. The tiers are numbered in the diagram and correspond to a tier number in the table.... ..."
Cited by 1
Table 1. Enterprise Architecture as a Cross layer View of Aggregate Artifacts
Table 3. Branching effort and component count of divider architectures
"... In PAGE 18: ... Total branching effort is therefore 2az(2a +1). Table3 summarizes the branching effort and number of each component in the critical path of various architectures. 4.... ..."
Table 2: Proof-of-concept prototypes developed to explore the architecture PrototypeDescriptionArchitecture Component
2005
"... In PAGE 3: ...______________________________18 Figure 6: An initial prototype environment for programming a mobile Personal Travel Assistant ______________________________________20 Figure 7: LifeLine prototype showing the flow of information in a distributed socio-technical support system.________________________________21 Figure 8: Prototype MANTIS remote sensor_____________________29 List of Tables Table 1: Essential navigation artifacts found in public transportation systems________10 Table2 : Proof-of-concept prototypes developed to explore the architecture_________17... In PAGE 17: ...1 Exploring the architecture: implementing proof-of-concept prototypes In order to explore the Mobility-for-All architecture we began implementing prototypes that demonstrated the feasibility of the various components shown in Figure 4. Before describing these system-building efforts in detail we briefly summarize in Table2 each prototype and its relation to the architecture. Table 2: Proof-of-concept prototypes developed to explore the architecture PrototypeDescriptionArchitecture Component... In PAGE 22: ...This prototype explores three elements of the architecture (see Figure 5 and Table2 ) that together provide a vital tether between the traveler and caregiver: 1. Data Servers: stores user profiles and itinerary for use by mobility agents 2.... ..."
Cited by 14
Table 2 gives a summary of the specific tools.
"... In PAGE 107: ... Table2 Specific tools Figure 24 shows the various components of the POSS architecture Figure 24 POSS architecture... ..."
Results 1 - 10
of
44,396
