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Table 1: IPC Options for the complete synchronous IPC mechanism

in Synchronous IPC over Transparent Monitors
by Trent Jaeger, Jonathon E. Tidswell, Alain Gefflaut, Yoonho Park, Jochen Liedtke, Kevin Elphinstone 2000
"... In PAGE 6: ...Table 1: IPC Options for the complete synchronous IPC mechanism tions and (2) IPC parameters. There are eight meaningful IPC options as shown in Table1 , so only three control bits are needed to represent them. The current L4 microker- nel implementation supports deceiting already (i.... ..."
Cited by 5

Table 1: IPC Options for the complete synchronous IPC mechanism

in 1 Introduction Synchronous IPC over Transparent Monitors
by Trent Jaeger, Jonathon E. Tidswell, Alain Gefflaut, Yoonho Park, Jochen Liedtke, Kevin Elphinstone
"... In PAGE 6: ...Table 1: IPC Options for the complete synchronous IPC mechanism tions and (2) IPC parameters. There are eight meaningful IPC options as shown in Table1 , so only three control bits are needed to represent them. The current L4 microker- nel implementation supports deceiting already (i.... ..."

Table 1: IPC Options for the complete synchronous IPC mechanism

in 1 Introduction Synchronous IPC over Transparent Monitors
by Trent Jaeger, Jonathon E. Tidswell, Alain Gefflaut, Yoonho Park, Jochen Liedtke, Kevin Elphinstone
"... In PAGE 6: ...Table 1: IPC Options for the complete synchronous IPC mechanism tions and (2) IPC parameters. There are eight meaningful IPC options as shown in Table1 , so only three control bits are needed to represent them. The current L4 microker- nel implementation supports deceiting already (i.... ..."

Table 3: Continuous Media Functions

in MOQL: A Multimedia Object Query Language
by John Z. Li, M. Tamer Özsu, Duane Szafron, Vincent Oria 1997
"... In PAGE 6: ...r a video is associated with a time interval. This implies that frames, clips, and videos can be ordered. Therefore, we can ask for the previous frame to a given frame or the last frame of a clip or a video. The continuous media functions are shown in Table3 . A universal function timeStamp applies to frames, clips,... ..."
Cited by 24

Table 2: Continuous Media Storage

in Integrated System Support for Distributed Multimedia Databases
by Kai Bruns, David Hutchison, Andreas Mauthe 1996
"... In PAGE 11: ... Problems which are topics of research in this context are for instance server synchronisation, dynamic QoS management, load balancing and reliability. Table2 gives an overview of methods currently employed to store continuous media... ..."
Cited by 2

Table 1: IPC latency (round-trip, no parameters)

in The JX Operating System
by Michael Golm, Meik Felser, Christian Wawersich, Jürgen Kleinöder 2002
"... In PAGE 3: ... When the count reaches zero the service is deactivated and all associated resources, such as the service thread, are released. Table1 shows the cost of a portal invocation and compares it with other systems. This table contains very different systems with very different IPC mechanisms and semantics.... In PAGE 7: ... This extra communication is not for free. The time of a portal call increases from 650 cycles (see Table1 ) to 920-960 cycles if either the calling domain or the called domain is informed. If both involved domain schedulers are informed about the portal call the required time increases to 1180 cycles.... ..."
Cited by 24

Table 1: IPC latency (round-trip, no parameters)

in The JX Operating System
by Michael Golm, Meik Felser, Christian Wawersich, Jürgen Kleinöder 2002
"... In PAGE 3: ... When the count reaches zero the service is deactivated and all associated resources, such as the service thread, are released. Table1 shows the cost of a portal invocation and compares it with other systems. This table contains very different systems with very different IPC mechanisms and semantics.... In PAGE 7: ... This extra communication is not for free. The time of a portal call increases from 650 cycles (see Table1 ) to 920-960 cycles if either the calling domain or the called domain is informed. If both involved domain schedulers are informed about the portal call the required time increases to 1180 cycles.... ..."
Cited by 24

Table 1: IPC latency (round-trip, no parameters)

in The JX Operating System
by Michael Golm, Meik Felser, Christian Wawersich, Jürgen Kleinöder 2002
"... In PAGE 3: ... When the count reaches zero the service is deactivated and all associated resources, such as the service thread, are released. Table1 shows the cost of a portal invocation and compares it with other systems. This table contains very different systems with very different IPC mechanisms and semantics.... In PAGE 7: ... This extra communication is not for free. The time of a portal call increases from 650 cycles (see Table1 ) to 920-960 cycles if either the calling domain or the called domain is informed. If both involved domain schedulers are informed about the portal call the required time increases to 1180 cycles.... ..."
Cited by 24

Table 1. Discrete data X continuous media

in Packet Scheduling Based on Learning in the Next Generation Internet Architectures
by Alencar Melo, Jr., Juan Manuel Adan Coello

Table 2. Benchmarks used for IPC simulation.

in Multicycle Broadcast Bypass: Too Readily Overlooked
by Peter G. Sassone, D. Scott Wills
"... In PAGE 3: ... Table2 shows the Spec2000int and MediaBench ap- plications used for our simulations. Benchmarks from these suites which are not included did not compile cleanly using gcc 2.... ..."
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