Keywords - S
· ! · 0 · A · B · C · D · E · F · G · H · I · J · K · L · M · N · O · P · Q · R · S · T · U · V · W · X · Y · Z ·
- scalability
-
- analyzing a system
-
·
Decoupling design in a message-passing environment ·
- and “one central location”
-
·
Door-lock actuators ·
- and blocking
-
·
Swipe-card readers ·
- and communications overhead
-
·
Decoupling design in a message-passing environment ·
- and CPU capacity
-
·
Scalability ·
- and design decoupling
-
·
Decoupling design in a message-passing environment ·
- and distributed processing
-
·
Distributed processing ·
- and driver's license
-
·
Distributed processing ·
- and functional clustering
-
·
Door-lock actuators ·
- and message flow
-
·
Managing message flow ·
- and network traffic
-
·
Scalability ·
Swipe-card readers ·
- and polling
-
·
Swipe-card readers ·
- and threads
-
·
Swipe-card readers ·
- and timer
-
·
Door-lock actuators ·
- and trade shows
-
·
Distributed processing ·
- distributing work over a network
-
·
Scalability ·
- in security system
-
·
Scalability ·
- of control program
-
·
Door-lock actuators ·
- reducing the problem into sub-problems
-
·
Scalability ·
- zone controllers
-
·
Scalability ·
- security system
-
- and deadlock
-
·
Swipe-card readers ·
- and distributed processing
-
·
Distributed processing ·
- and door timer
-
·
Door-lock actuators ·
- and functional clustering
-
·
Door-lock actuators ·
- and message flow
-
·
Managing message flow ·
- and network traffic
-
·
Swipe-card readers ·
- and polling
-
·
Swipe-card readers ·
- and send hierarchy
-
·
Swipe-card readers ·
- bottlenecks
-
·
Decoupling design in a message-passing environment ·
- control program
-
·
Door-lock actuators ·
- control program requirements
-
·
Decoupling design in a message-passing environment ·
- control program sending to swipe-card reader
-
·
Control program sends to the swipe-card reader ·
Using a keypad challenge — control program sends to the swipe-card reader ·
- control program using a pulse
-
·
Swipe-card readers ·
- data sink
-
·
Swipe-card readers ·
- data source
-
·
Swipe-card readers ·
- distributability
-
·
Decoupling design in a message-passing environment ·
- door-lock actuator requirements
-
·
Decoupling design in a message-passing environment ·
- door-lock actuators requirements
-
·
Door-lock actuators ·
- hardware overview
-
·
Decoupling design in a message-passing environment ·
- hiding implementation behind a common interface
-
·
Door-lock actuators ·
- high-level architecture
-
·
Decoupling design in a message-passing environment ·
- message vs pulse trade offs
-
·
Swipe-card readers ·
- meta door-lock driver
-
·
Door-lock actuators ·
- requirements
-
·
Decoupling design in a message-passing environment ·
- scalability
-
·
Decoupling design in a message-passing environment ·
Scalability ·
- setting the LED color
-
·
Swipe-card reader sends to control program ·
Swipe-card readers ·
- swipe-card reader requirements
-
·
Decoupling design in a message-passing environment ·
Swipe-card readers ·
- swipe-card reader sending to control program
-
·
Swipe-card reader sends to control program ·
Using a keypad challenge — swipe-card reader sends to control program ·
- swipe-card reader using a pulse
-
·
Swipe-card readers ·
- transaction analysis
-
·
Using a keypad challenge — swipe-card reader sends to control program ·
- unreadability
-
·
Decoupling design in a message-passing environment ·
- upgradability
-
·
Door-lock actuators ·
- zone controllers
-
·
Scalability ·
- shared memory
-
- ADIOS adios_data_header_t
-
·
Calculating the sizes of data structures ·
- ADIOS steps to set up
-
·
The shared memory region ·
- and ftruncate()
-
·
Truncate and map shared memory ·
- and mmap()
-
·
Open and check the shared memory ·
Truncate and map shared memory ·
- and munmap()
-
·
Open and check the shared memory ·
- and pointers
-
·
Acquiring data ·
Truncate and map shared memory ·
- and shm_open()
-
·
Open and check the shared memory ·
- and shm_unlink()
-
·
Open and check the shared memory ·
- example of getting data
-
·
The showsamp utility ·
- head and tail access
-
·
The showsamp utility ·
- head and tail maintenance
-
·
Acquiring data ·
- in ADIOS
-
·
Shared Memory Design ·
- mmap()'s MAP_SHARED
-
·
Truncate and map shared memory ·
- mmap()'s PROT_READ
-
·
Truncate and map shared memory ·
- mmap()'s PROT_WRITE
-
·
Truncate and map shared memory ·
- set up by ADIOS
-
·
The shared memory region ·
- setting the size
-
·
Truncate and map shared memory ·
- synchronization
-
·
Acquiring data ·
- signal
-
- blocked (thread)
-
·
The DCMD_PROC_TIDSTATUS command ·
- ignored (process)
-
·
Signal information ·
- information (thread)
-
·
The DCMD_PROC_TIDSTATUS command ·
- pending (process)
-
·
Signal information ·
- pending (thread)
-
·
The DCMD_PROC_TIDSTATUS command ·
- queued (process)
-
·
Signal information ·
- support, technical
-
·
Technical support ·
- symbolic link
-
- absolute pathname
-
·
The redirect_symlink() function ·
- and pathname resolution
-
·
The connect_msg_to_attr() function ·
- and RAM disk
-
·
The connect_msg_to_attr() function ·
- and symlink()
-
·
The c_link() function ·
- as stored in RAM disk
-
·
The extended attributes structure ·
- creating
-
·
The c_link() function ·
- differences from hard link
-
·
The c_link() function ·
- in RAM disk attributes structure
-
·
The extended attributes structure ·
- in RAM-disk filesystem
-
·
Finding the target ·
- redirection
-
·
The redirect_symlink() function ·
- redirection of
-
·
Fun with symlinks ·
- relative pathname
-
·
The redirect_symlink() function ·
- resolution of
-
·
Fun with symlinks ·
- resolving
-
·
The redirect_symlink() function ·
- returning contents of
-
·
The c_readlink() function ·
- used with indexed filesystem
-
·
Indexed filesystem ·
· ! · 0 · A · B · C · D · E · F · G · H · I · J · K · L · M · N · O · P · Q · R · S · T · U · V · W · X · Y · Z ·
![[Previous]](prev.gif)
![[Contents]](contents.gif)
![[Index]](keyword_index.gif)
![[Next]](next.gif)