Archive for electronics

GeoSafari Digital Recording Lab

As early as 1 year old, your kid has developed that interest in music and in sound, right? You even found yourself laughing while listening to your little one sing Twinkle Twinkle or perhaps London Bridge for the first time. Much more, when they started to learn imitating animal sounds like Maa, Meow, and Bow-wow. Yes, children singing and making sound are so cute. And they look even cuter if they are able to dance and do some actions according to the sound and music. But hey, don’t you think it is high time they learn about the song or the sound they make? They will sure have more fun if they are able to learn about sound and electronics with this GeoSafari Digital Recording Lab.

geosafari_digital_recording_labThe GeoSafari Digital Recording Lab is a rhythmic sound generator, digital voice recorder, electronic parrot, and voice alarm in one. In order for your child to take advantage of all these, he has to connect all the components of each project, which are permanently installed on the device, and make sure they are in proper sequence through the use of connection wires. To make the task easier for him, a fully illustrated project guide is included in the package for his reference. This will teach him a lot, from the order of the wires up to the different functions of all the electronic components.

The GeoSafari is recommended for kids ages 10 and up. So, if you’re still looking for the perfect gift for your 10-year old boy this Christmas, better choose the GeoSafari Digital Recording Lab.

Marvin – The Autonomous Isuzu SUV

"Marvin" The Autonomous Isuzu SUV
This Self Driving Isuzu SUV named “Marvin” is the product of a program started by Austin Robot Technology (ART) members at the University of Texas at Austin. Recently it passed all examinations and driving tests making it a top contender in the semifinals of the Defense Advanced Research Project Agency’s (DARPA) 2007 Urban Challenge race. This is only one of the many designs of automated vehicles in research and development at various Universities and Colleges.

They were able to pass a driving test allowing the vehicle to use only its preprogrammed intelligence and onboard computers. It completed three-point turns, detection and avoidance of obstacles, and stopping at stop signs then pausing for the other vehicle to pass before proceeding through the intersection. The completion of this driving test with flying colors meant great prestige for the ART team. And although they didn’t wind the DARPA they made it to the top.

Today automated vehicles are becoming more in demand as we see more fatal accidents from irresponsible, intoxicated, or distracted motorist. “Marvin” is definitely using some of the automation technology that we will see in the cars of the future. An array of sensors, video cameras, artificial intelligence, and machine learning technology (to hopefully avoid catastrophes as it drives around) make “Marvin” fully autonomous.

Specs describing exactly how “Marvin” executes such accurate precision in driving capabilities are not being shared with the general public just yet. Still in the development stage makes the technology very valuable and secret. But I wouldn’t be surprised to hear more about this technology getting ready for distribution, it could become extremely useful.

The “Smart Gun” – A Gun that won’t Fire unless used by its intended Owner!

"Smart Gun" Technology

The “Smart Gun” is a gun actually “smart” enough to recognize its handler, and prevent it from being discharged by unauthorized users. This technology would immensely decrease the violent crimes that are committed with stolen black market guns, and accidental gun deaths of children and others would become practically obsolete. Several private gun manufactures currently have different innovations in research and development., the government has allotted special funding to help aid the development of this technology for police officers and military personal.

The basic idea behind the “Smart Gun” is integrated electronics. Different sensors located in the grip and trigger of the firearm make this technology possible. This technology includes radio frequency coding, touch memory, fingerprint ID, and other possibilities. Each idea creating the assurance that only the intended user of the firearm would be able to use it.

The radio frequency controlled sensors are activated by a transponder worn by authorized users. This technology is being researched for police units that would allow department issued firearms to be used by any officer wearing a transponder. There is a blocking pin located in the trigger mechanism that is removed when the gun receives a coded signal sent out by the transponder. One of the issues with this technology is in the amount of distance between the firearm and transponder, most firearms taken from, and used against police officers are being used at very close range which would still allow for the gun to be used by an unauthorized user.

Fingerprint recognition utilizes common fingerprint recognition technology. The trigger is embedded with sensors that are pre-set to the fingerprint of its users trigger finger and will not discharge until that fingerprint is recognized. The issue with this technology is a common problem with fingerprint recognition, it can be compromised much too easily making the gun difficult to use even for the owner.

Somewhat like fingerprint recognition, touch memory is also an idea being researched by gun manufacturers. The touch memory system utilizes sensors located in the grip of the gun that is pre-programmed with specific hand grip pressure from the hand of the intended user. This also comes with the same issues of delayed recognition which is not ideal for immediate safety needs.

Safety, security, and reliability are the most important aspects of utilizing this “smart” technology. There is a fear of reduced gun safety by civilian gun owners due to a false sense of security and immediate reliability concerns with police and military use. This technology can save millions of lives and would change the world but there are still some bugs that need to be worked out.

Kobie – The Robotic Koala Bear

Kobie is a robotic Koala Bear created by the Electronics and Telecommunications Research Institute of Korea. It can react to touches, voices, and even recognize human faces. Kobie is the most technological robotic pet made in Korea. They hope that this toy will help to better create a smarter, friendlier, and more affordable humanoid robot.

Kobie uses sensors hidden inside his furry frame to detect light, sound, touch, and shift his posture. These sensors send a wireless signal to a server nearby, like a personal computer, which then analyzes the data and sends orders back to Kobie. His reactions are extremely lifelike, when the light is bright he squints’ his eyes, when he is touched roughly he shows fear, and when he is yelled at he hides his head. This robotic pet can actually figure out whether he is liked or not.

The ETRI of Korea chose a Koala Bear because of this marsupials known laziness. The idea was to create a pet animal that the owner didn’t expect to perform a lot of actions. If they had created a dog they knew the owner would expect the robot to have the ability to perform tricks, run, jump, and possess other canine qualities. But with a Koala Bear they knew the only expectation would be that of the reactions from one on one care given by the owner.

This technology is amazing and shows the possibilities of automated responses within other robots such as a humanoid. Kobie can be manufactured for approximately $1,104 USD, but currently Korea has no plans to produce them for retail purchase. The idea behind Kobie was for research and experiment. With such a cute gift item maybe Korea will go ahead and put Kobie on the market, I bet he would be a hot seller.

Black-I Robotics Landshark DUCGV

Black-I Robotics Landshark DUCGV (unmanned crossover ground vehicles) are faster, stronger, and more affordable than most robots on the market today. The design has been recognized for its use in military operations and has been awarded an $800,000.00 contract from the U.S. Governments Technical Support Working Group (TSWG). They plan on developing and testing low-cost, robust, and mid-size unmanned ground vehicles that can be used for defense and homeland security operations.

Black-I Robotics utilizes (COTS) commercial-off-the-shelf in conjunction with propriety hardware and open source (JAUS) software. This technologically scalable core robot chassis makes it adaptable to several major markets. Applications can be used to assist First Responders, military and non-military EOD, SWAT, hazmat, physical security, firefighting, search and rescue, reconnaissance, battlefield casualty extraction, surveillance and target acquisition. With integrated software technology Black-I Robotics intends to create the most adaptable and affordable unmanned ground vehicles on the market.

Brian Hart founded Black-I Robotics Inc and incorporated it in 2006 in Tyngsboro, Massachusetts. He was a senior executive in pharmacy automation when his son, 20 year old PFC John Hart, was killed in action in an unarmored Humvee near Taza, Iraq, in October 2003. He left a Fortune 50 Pharmaceutical company in 2004 to push Congress for safer military vehicles. His development of the Landshark DUCGV is in hopes that there will be less military causalities and less families suffering from that type of loss.

For more information on Black-I Robotics visit:

http://www.blackirobotics.com/