Be careful ! List of fake Antivirus/ Antispyware products

Following are not an Antivirus, But they look like an Antivirus application

Advanced Cleaner	ContraVirus	PC SpeedScan Pro	Spyware Stormer
AlfaCleaner	Doctor Antivirus	PestTrap	SpywareStrike
AntiSpyCheck 2.1	DriveCleaner	Perfect Cleaner	Spy-Rid
AntiSpyStorm	Disk Knight	PAL Spyware Remover	SpyWiper
AntiSpywareBot	EasySpywareCleaner	PCPrivacytool	System Live Protect
AntiSpywareExpert	Errorsafe	PC-Antispyware	SystemDoctor
AntiSpywareMaster	free-viruscan. com	PSGuard	TrustedAntivirus
AntiSpywareSuite	IE Antivirus	SecurePCCleaner	TheSpyBot
AntiSpyware 2008 XP	IEDefender	Security toolbar 7.1	UltimateCleaner
Antivermins	InfeStop	SpyAxe	VirusHeat
Antivirgear	KVMSecure	Spy Away	Virus Isolator
Antivirus 2008	MacSweeper	SpyCrush	VirusProtectPro
Antivirus 2009	MalCrush 3.7	Spydawn	VirusRanger
AntiVirus Gold	MalwareCore	SpyGuarder	Vista Antivirus 2008
Antivirus Master	MalwareAlarm	SpyHeal	WinAntiVirus Pro 2006
Antivirus XP 2008	Malware Bell 3.2	Spylocked	WinFixer
Awola 6.0	Microsoft AntiVirus	SpySheriff	WinSpywareProtect
Brave Sentry	PCSecureSystem	SpySpotter	WorldAntiSpy
BestsellerAntivirus	PC Antispy	Spyware Cleaner	XP Antivirus
Cleanator	PC Clean Pro	Spyware Quake	XoftSpySE

Q: What is a 'bounce email' and how do I do it?
A: A junk mail sender (a.k.a. spammer) sends unsolicited mail to active email addresses on its mailing list. In order to trick spammers into thinking that your email address is not active, IncrediMail has created a feature called "Bounce Emails", which enables you to send a 'fake' bounce message to the sender. Thus, the spammer is led to believe that the email account is inactive or unrecognized by the server, and in many cases will remove your address from its mailing list. In other words, when you bounce an email there is a good chance that you will no longer receive junk mail from that specific spammer.
Note: To effectively fool the spammer, it is not recommended to perform this action more than once on the same email message.
For every email that you would like to fake bounce;Right-click on the unwanted message and select "Bounce to Sender" (marked in red).

At this point, the following dialog will open:

Click on "Bounce to Sender" to fake bounce the sender of the email message. Note: You can also delete the message along with bouncing it by clicking on the field "In addition, delete this message" (marked in red).
An example of a bounced email as the spammer will receive it:

Note: You can also use this feature directly from within the Advanced Account Access.

Color Picker is an innovative design of a concept pen that can scan colors from anything around and instantly use the color for drawing. After placing the pen against an object, the user just presses the scan button. The color is being detected by the color sensor and the RGB cartridge of the pen mixes the required inks to create the target color. This superb device will help people to observe the changing colors of nature. With color picker, all range of artists will be able to create a more sensorial and visual insight of their surrounding natural colors.

There are several issues to be considered to develop a wireless video transmission system successfully.Problems such as the lack of bandwidth in wireless channel, and the dense nature of video data etc. The wireless video transmission system that is mentioned in this paper uses a few approaches to tackle these problems. The 3D set partitioning in hierarchical trees (SPIHT) coder is employed in our system. This coder is very efficient and proves to have real-time capability in compressing video. A grey scale image with size 72x88 needs to be represented with 50.7kbits. If we want to transmit 16 frames/s video, the system needs to have a transmission rate of 811.2kbits/s. It is well known that wireless technology has limited bandwidth. For example, bluetooth has a maximum transmission rate of 721kbits/s. The coder can achieve 40:1 compression ratio introducing minor distortion on the video. We investigated a few ways to improve the processing time of the 3D-SPIHT and its error resilience. Then we try to classify different objects in the video with different priorities. This allows us to minimise the maximum bits that are needed to encode the video sequence. The feedback from the channel is used to control the maximum bits used.

Still some development is made in the 3G technology in mobile communication.In 3G we prompt to use the B-ISDN (Broadband ISDN) which is used to transmit the data at the ultra high speed even in several Mbps towards the receiver.But the compressed data enhance the possibility of introduction of error n loss in the data received. So there some advancement is still required to improve the quality of data received.IEEE standard still working on this issue.

"Claytronics" is an emerging field of engineering concerning reconfigurable nanoscale robots ('claytronic atoms', or catoms) designed to form much larger scale machines or mechanisms. Also known as "programmable matter", the catoms will be sub-millimeter computers that will eventually have the ability to move around, communicate with other computers, change color, and electrostatically connect to other catoms to form different shapes. The forms made up of catoms could morph into nearly any object, even replicas of human beings for virtual meetings.

Claytronics technology is currently being researched by Professor Seth Goldstein and Professor Todd C. Mowry at Carnegie Mellon University, which is where the term was coined. According to Carnegie Mellon's Synthetic Reality Project personnel, claytronics are described as "An ensemble of material that contains sufficient local computation, actuation, storage, energy, sensing, and communication" which can be programmed to form interesting dynamic shapes and configurations.

Properties of Claytronics Atoms (Catoms):
• real, physical objects; analogous to “physical voxels”
• include processing, networking, energy storage, etc.
• also include a means of actuation (locomotion and adhesion)
– move in 3D relative to other catoms, using magnetic or electrostatic forces
– communicate & coordinate with other catoms to control their motion
– a catom itself contains no moving parts (“ensemble principle”)
• outer surface of each catom is a video display
– renders visual details at a higher resolution than physical catom size

for more information about its application refer the link beow:

http://www.mj.gov.pt/sections/o-ministerio/instituto-das/anexos/todd-c-mowry/downloadFile/file/tcm-ejustice07.pdf