Implemation of booth algorithm

Browse through microsoft I believe you could get a solution. Thanks.

This is a nice take home pseudo-coding assignment.
While Not Done;
Break the assigned tasks down & start charting.
Continue;

If you are using a windows driver do not use Topix in the graphics.
Use 8 bits or 4 bits. The firmaware may not be able to understand the Topix algorithm. What you have is a syntax error displayed.

Try using this link:

http://www.intel.com/p/en_US/support/detect/

This utility will find the driver for you.

Or find the driver manualy from here:

http://downloadcenter.intel.com/SearchResult.aspx?lang=eng&keyword=%22S3210SHLX%22

The slot type is following:

One PCI Express* x8 with x 16 connector

One PCI Express* x 8 with x8 connector

Two PCI-X 64-bit/133 MHz

One PCI 32-bit/33 MHz One PCI Express* x8 with x16 connector

One PCI Express* x8 with x8 connector

One PCI Express* x 4 with x8 connector

Two PCI 32-bit/33 MHz One PCI Express* x 8 with x16 connector

One PCI Express* x 4 with x8 connector

Two PCI 32-bit/33 MHz

A creative sound card, PCI type will work


Hope this was helpfull.

Question 4: Consider the following set of processes that arrive in the ready queue at the same time:

Process CPU time

P1 2

P2 1

P3 4

P4 3

P5 1

P6 2



Consider the following scheduling algorithms: FCFS, SJF and Round Robin (quantum = 1)

(i) What is turnaround time of each process for each of the above

scheduling algorithms?

(ii) What is the waiting time of each process for each of the above

algorithms?

That posses a problem. They know there is a problem with the algorithm but don't plan to fix it. Wonderful. The problem is this, you would have to know what the algorithm was to be able to do anything about it and I doubt very seriously they are going to release that. That leaves you with the option of hiring a hacker to break the code or paying a specialty company to break the code and they are not cheap or well advertised. I can't think of any companies that do that work anymore. You are going to have to identify a Security company or the company that originally developed the Algorithm and see if you can work out a deal to get the corrected algorithm. The problem you have is your algorithm was designed for files smaller than 4gb and there is a permutation error that occurs on files that are larger. In a lot of cases this is a random fault that makes it very difficult to identify if not impossible depending on what level of encryption the algorithm actually represents. 32 or 64 bit encryption isn't so bad but 128 or higher is a real pain and expensive. There are some software packages available out there if you search the web for them, "Decryption Software", but again it is expensive and hard to find.

You might check that you are using the most current system software for your BlackBerry Bold 9700 Smartphone. Many quirky behaviors for these devices are fixed every time a new software version is released. The latest software as of March 20, 2010 is BlackBerry Handheld Software v5.0.0.64

Instructions for reinstalling BlackBerry Bold 9700 Firmware and System Software are here.

Here are the diffenent types of Security Settings possible with a wireless router: (how to set this depends on the brand of router)

Security Mode: You may choose from Disable, WEP, WPA-Personal, WPA2-Personal, WPA-Enterprise, WPA2-Enterprise, or RADIUS. All devices on your network must use the same security mode in order to communicate.
Capture(wlansec.wpapersharekey) WPA Personal:
Capture(helpwpa.phase8) WPA Algorithm: You may choose from TKIP or AES.
Capture(helpwpa.phase9) WPA Pre-Shared Key: Choose a unique key to authenticate with other devices on your network. The Pre-Shared Key must be between 8 and 63 characters in length.
Capture(helpwpa.phase10) Group Key Renewal: This settings determines how often your group key changes.


Capture(wlansec.wpa2persharekey) WPA2 Personal:
Capture(helpwpa.phase11) WPA2 Algorithm: You may choose from AES or TKIP+AES. Choose TKIP+AES if you have both WPA and WPA2 devices on your network.
Capture(helpwpa.phase12) WPA2 Pre-Shared Key: Choose a unique key to authenticate with other devices on your network. The Pre-Shared Key must be between 8 and 63 characters in length.
Capture(helpwpa.phase13) Group Key Renewal: This settings determines how often your group key changes.


Capture(wlansec.wparadius) WPA Enterprise:
Capture(helpwpa.phase14) WPA Algorithm: You may choose from TKIP or AES.
Capture(helpwpa.phase15) RADIUS Server Address: The IP address of your RADIUS server.
Capture(helpwpa.phase16) RADIUS Server Port: The port your RADIUS server uses.
Capture(helpwpa.phase17) Shared Secret: The shared secret set on your RADIUS server.
Capture(helpwpa.phase18) Key Renewal Timeout: Determines how often your keys should be renewed.


Capture(wlansec.wpa2radius) WPA2 Enterprise:
Capture(helpwpa.phase19) WPA2 Algorithm: You may choose from AES or TKIP+AES. Choose TKIP+AES if you have both WPA and WPA2 devices on your network.
Capture(helpwpa.phase20) RADIUS Server Address: The IP address of your RADIUS server.
Capture(helpwpa.phase21) RADIUS Server Port: The port your RADIUS server uses.
Capture(helpwpa.phase22) Shared Secret: The shared secret set on your RADIUS server.
Capture(helpwpa.phase23) Key Renewal Timeout: Determines how often your keys should be renewed.


Capture(wlansec.wep) WEP:
Capture(helpwpa.phase24) Default Transmit Key: The key you would like to use for transmitting WEP keys.
Capture(helpwpa.phase25) WEP Key Bit: You may select from 64-Bit or 128-Bit encryption.
Capture(helpwpa.phase26) Passphrase: You may enter a passphrase consisting of any keyboard character to be used to generate a hex WEP key. Passphrase option is only supported when you are only using Linksys devices on your network.
Capture(helpwpa.phase27) Key 1-4: You may enter a WEP key manually. You must use only hex characters (0-9 and A-F). 64-Bit WEP requires 10 hex characters. 128-Bit WEP requires the use of 26 hex characters.


Capture(wlansec.radius) RADIUS:
Capture(helpwpa.phase28) RADIUS Server Address: The IP address of your RADIUS server.
Capture(helpwpa.phase29) RADIUS Server Port: The port your RADIUS server uses.
Capture(helpwpa.phase30) Shared Secret: The shared secret set on your RADIUS server.
Capture(helpwpa.phase31) Default Transmit Key: The key you would like to use for transmitting WEP keys.
Capture(helpwpa.phase32) WEP Key Bit: You may select from 64-Bit or 128-Bit encryption.
Capture(helpwpa.phase33) Passphrase: You may enter a passphrase consisting of any keyboard character to be used to generate a hex WEP key. Passphrase option is only supported when you are only using Linksys devices on your network.
Capture(helpwpa.phase34) Key 1-4: You may enter a WEP key manually. You must use only hex characters (0-9 and A-F). 64-Bit WEP requires 10 hex characters. 128-Bit WEP requires the use of 26 hex characters.