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Table 2 A comparison of different real-time operating systems
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Table 6. Result from dynamic real-time system experiment
2005
"... In PAGE 15: ... Since every mutant operator generated more mutants for this system model we decided to use a subset of mutation operator types. Table6 use the same column notation as table 4, but columns \R quot; and \G quot; are added to include the results from random testing and genetic algorithms results respectively. Table 6.... ..."
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Table 1: Real{Time Unit memory throughput
2001
"... In PAGE 5: ... This module can be plugged between the CPU and the Galileo board and serves read and write requests from the CPU without wait states. Table1 com- pares the peak throughput for DRAM, the SRAM module and the processors L1 caches for a R4600 with 100 MHz pipeline and 50 MHz system interface clock. Performance measure- ments for application and real{time operating system code will be done in the near future.... ..."
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Table 1. Analysis results for the four transactions in the real-time situation
in Modeling and Schedulability Analysis of Hard Real-Time Distributed Systems based on Ada Components
"... In PAGE 14: ... We have chosen the Offset-Based Analysis method, which is the least pessimistic[10]. Table1 shows the most relevant results obtained from the schedulability analysis tools. In this table, we have compared the worst-case response times of each of the four triggering events of the RT situation with their associated deadlines.... In PAGE 14: ... These are the percentages by which the execution times of the operations in a transaction can be increased yet keeping the system schedulable or decreased if necessary. Table1 also shows the transaction slacks obtained for the example. We can see that the execution time of every activity of the Report_Process transaction can be increased by 254.... ..."
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Table 1. Real-time or Embedded Real-time
"... In PAGE 9: ... Advantages of using aspect-oriented software development in such areas of real-time embedded system development have been identified by the authors especially in the scheduling, resource allocation and synchronization areas. In Table1 the authors describe an overview of the research done and whether that applies to real-time systems or embedded real-time systems. Additionally, in the Programming and OPerating Systems for Applications in Real-Time (POPART) project, research in being done in utilizing AOSD techniques in real-time systems.... ..."
Table 2 Description of the Real-Time Signals
"... In PAGE 5: ... The signals monitored by each data collection system are listed in Table 1. A brief descrip- tion of each signals is listed in Table2 . Because these measurements are related electrically or mechanically, some signals are highly correlated.... ..."
Table 2. Stated Increased Use of Transit, Paratransit, or Real-time Paratransit by Disabled
1997
"... In PAGE 10: ...In addition to the information provided by the kiosk system, the in-home and personal information systems would provide users with paratransit and real-time paratransit information, and could be accessed through a home computer/TV or from a portable hand-held device. Table2 shows that 73 percent of the disabled would make more trips by transit, paratransit or real-time paratransit if an in-home information system were available. And 75 percent would make more trips by transit, paratransit, or real-time paratransit if a personal information system were available.... ..."
Table 2: Implementation Differences between the Software-only and Hardware-assisted Versions of Real-Time Mach
1996
"... In PAGE 12: ... higher priority thread that becomes eligible for execution. A thread may also block voluntarily, e.g., waiting for a semaphore. Fixed-priority scheduling is implemented in the software-only version of Real-Time Mach using two software-maintained queues ( Table2 ). The run queue contains threads, in priority order, that are eligible for execution.... In PAGE 13: ... This implementation exclusively executes machine instructions found on any RISC microprocessor. The hardware-assisted version of Real-Time Mach substitutes 80960XA-specific hardware-assisted instructions for a series of generic RISC instructions, as shown in Table2 . Sections 4 and 5 will then quantitatively examine the impact of hardware support on operating system and application performance.... ..."
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Table 1. Specs of a real-time system
2000
"... In PAGE 4: ... In section 4, we present a new scheduling algorithm with a improved controller that can satisfy the specs. Table1 illustrates the specs for a real-time system to be designed. The miss-ratio window of interest is MW = 2.... In PAGE 4: ... It was shown that FC-EDF rendered satisfactory performance in term of the classical (steady state) metrics such as the average deadline miss-ratio (Ma) [17]. However, a FC-EDF may fail to meet the specs in Table1 , due to control saturation or system modeling errors, as shown by experiment results (see Section 3.3).... In PAGE 7: ...2, a real-time system is stable if it can always settle down to a steady state in finite time. According to the specs of Table1 , the system is in steady-state if MR(t)=0%. A system unstable if there exists a run in which the system fails to enter and stay in the steady state.... In PAGE 9: ...ontrol gains, (0.25, 0.1), (0.5, 0.1), and (0.25, 0.5), can satisfy the specs in Table1 when SP=2.4 sec.... ..."
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