six sigma in tamil or cmm in tamil ?
R u searching for a six sigma book /cmm book in tamil?
Kizhakku Publication has released
Six sigma
cmm5
Iso9001
TQM books in tamil.
It is a good initiative from Kizhakku Publication.
Here is the link
http://nhm.in/shop/home.php
(NEW HORIZON MEDIA–> Kizhakku Publication).
You can check other tamil books/audi0 books there.Check it out
Also checkout this link
http://www.anyindian.com
xterm keyboard shortcuts
Ref http://en.wikipedia.org/wiki/Table_of_keyboard_shortcuts
Command line shortcuts
Below is a list of common keyboard shortcuts that are used in a command line environment.
| Action | Microsoft Windows
(cmd.exe) |
Microsoft Windows | Unix/Linux/Mac OS X
(bash) |
Unix/Linux/Mac OS X |
|---|---|---|---|---|
| Scroll through History of typed commands | ↑/↓ | ↑/↓ | ↑/↓ | ESC K/ESC J |
| Signal end-of-file | Ctrl+Z | Ctrl+D | ||
| Abort current command/typing | Ctrl+C | Ctrl+C | Ctrl+C | Ctrl+C |
| Erase word to the left | Ctrl+W | |||
| Erase word to the right | Alt+D | |||
| Erase line to the left | Esc | Ctrl+U | ||
| Erase line to the right | Esc | Ctrl+End | Ctrl+K | |
| Move one word to the left (backward) | Ctrl+← | Ctrl+← | Alt+B | |
| Move one word to the right (forward) | Ctrl+→ | Ctrl+→ | Alt+F | |
| Move to beginning of line | Home | Home | Ctrl+A | |
| Move to end of line | End | End | Ctrl+E | |
| Reverse search of history | F7 | F8 | Ctrl+R | |
| Send current job to the background | Ctrl+Z | |||
| Insert the next character typed verbatim | Ctrl+V | |||
| Autocomplete command/file name | Tab ⇆ (if enabled eg. via TweakUI) | Tab ⇆ | Tab ⇆ (usually twice) | Esc (usually twice) |
computer architecture
While I searched for computer architecture I came across interesting author’s website.I could only paste the link and give some comments
Computer architecture Tutorial.
http://www.cs.iastate.edu/~prabhu/Tutorial/title.html
Interesting is that Author Gurpur.M.Prabhu has written a book “Anita’s Legacy-an inquiry into first cause” which is non-technical.
http://www.cs.iastate.edu/~prabhu/anita/indian-express.jpg
Standard cell library website
http://www.vlsitechnology.org/index.html
This site has information on standard cell library.
What is ARM processor ? why it is popular?
What is ARM processor ? why it is popular?
If you want to know the answer for the above question then visit
Eric schorn’s(VP Marketing,ARM) Five Part ARM basic’s blog(personal)
http://ericschorn.com/2009/04/16/arm-basics-1/
http://ericschorn.com/2009/04/20/arm-basics-2/
http://ericschorn.com/2009/04/21/arm-basics-3/
http://ericschorn.com/2009/04/22/arm-basics-4/
http://ericschorn.com/2009/04/24/arm-basics-5/
Here is another which explains till arm7 and mali architecture
http://www.embeddedtechjournal.com/articles_2009/20090825_arm.htm
What is atomic transfer or transactio…
What is atomic transfer or transaction in bus protocol?
When a transaction once started ,they cannot be interrupted by any other transaction in the interface (other masters in Arbiter).such transaction are atomic transaction
what is aligned data transfer?
what is aligned data transfer?
“Address alignment” refers to the starting and ending memory address locations of the data transfer.
A data transfer is “aligned” if all of its data beats utilize all of the byte lanes of the bus.
A “data beat” is defined as a transfer of data across the bus, full width or less, in one time interval or clock cycle.
Alignment and use of all byte lanes during data transfers produces maximum bus throughput and overall system performance. In order to achieve alignment, the starting address and the total size of a transfer must be a multiple of the bus size. For example, with a 4-byte bus, aligned transfers must have a starting address that is a multiple of 4 (i.e., 0, 4, 8, etc.), and their total size must be a multiple of 4.
A data transfer is “unaligned” if one or more of its data beats does not use all of the byte lanes of the bus. In order for this to occur, either the starting address or the total size of the transfer (or both) must not be a multiple of the bus size. For example, with a 4-byte bus, if the starting address is 2 (not a multiple of 4), then the first data beat of the transfer will only use two of the bytes of the bus. Another example, again with a 4-byte bus, is a transfer of 6 bytes (again, not a multiple of 4). In this case, even if the starting address is a multiple of 4 (e.g., address 0), then the first data beat will be aligned (i.e., using all four bytes of the bus), but the second data beat will be unaligned because it will only use two of the bytes of the bus. Note that a transfer for which the starting address is not a multiple of the bus size may result in both the first and the final data beats being unaligned. For example, with a 4-byte bus, a transfer of 8 bytes with a starting address of 2 will result in: a first data beat of an unaligned transfer of 2 bytes (addresses 2 and 3), a second data beat of an aligned transfer of 4 bytes (addresses 4–7), and a final data beat of an unaligned transfer of 2 bytes (addresses 8 and 9).
Source:http://www.freepatentsonline.com/7093058.html
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