History of Tank

Tanks 
Problems come up against as he pinned down the enemy has been around since ancient times. The idea of ​​using an object moves to protect from projectiles also have emerged since time immemorial. Ancient Greeks used the tower called Helepolis assault. Roman Empire towers coated wear protective shooting using katapult. In the Middle Ages, Poland and thech Republic has made a coated steel chariots. And Leonardo da Vinci had designed a wheeled vehicle of war. 

These concepts focus more on long into the raid the castle, where tactics and formations are not needed. But technological developments of the Industrial Revolution made the war into a giant stampede; the trench warfare.
World War I
Conditions battles of World War I on the Western Front made the British Army thought to develop vehicles that can cross the trench, destroying the barbed wire and machine guns shot does not work. Tank prototype was first tested by the British military on September 6, 1915. At first, this vehicle is named "land boat" (ground ship), but to keep the secret, early versions of tanks called "water carrier" which then shortened as the "tank" (water tank in English). The term is used for tanks that make workers think that they are making water transport vehicles for the British army in Mesopotamia (now Iraq). The term tank was finally inaugurated on December 24, 1915                                  . Tanks first used in war when Captain H. W. Mortimore carrying tanks Mark I in the Battle of the Somme on 15 September 1916. French developed the Schneider CA1 tanks are made from Holt Caterpillar tractors, and was first used on April 16, 1917.The use of massive tanks in combat occurred at the Battle of Cambrai on November 21, 1917. And then the tanks can be successfully used in the Battle of Amiens, where the Allies broke the German defensive trenches with the help of armored vehicles.The role of tanks will eventually make trench warfare obsolete concept, with thousands of tanks made by France and Britain. At first, the use of tanks have varying results. Problems such as performance of tanks that can not be relied upon. And the first tanks have low power, both guns and machine capabilities, as well as a weak layer of steel. The use of tanks in small groups also reduce the impact of the resulting tank. German troops were surprised and not have a weapon that can stop the tanks, but they finally managed to find an anti-tank fire, and digging trenches longer also succeeded in halting the British tanks. The changes to the battlefield and the poor performance of tanks forcing the Allies to continue to develop the concept of this tank. Tank continued to expand in World War I, for instance Mark V tanks, which made very long so it can pass through a wide trenches though
The period between two wars
Vickers Independent A1E1 tank made in England was canceled and did not enter the production line, but influence the design a lot of other tanks. With the formation of the concept of a tank, in the period between world wars a number of countries began to develop and produce tanks respectively. British-made tanks are the most sophisticated, because the British wanted to make armor since the 1920's. France and Germany did not pursue the development of tanks at this time, given the poor economic conditions, and the Versailles Treaty that limits the Germans. The United States also does not much develop their armored vehicles, because the available funds more widely used for the development of cavalry. At this time, developed a wide range of tank classes, especially in England. Light tanks, which weigh less than ten tons, used for monitoring tasks, and armed only with light machine guns are only effective against light tanks used other. Tank or tanks being cruiser, heavier and intended to travel quickly over long distances. And last, heavy tank or infantry tanks, tanks with a protective coating is heavy, slow running.These tanks are made to be used to penetrate the defense together with the infantry.Protector which can last shot makes heavy anti-tank weapons. After the heavy tank and infantry managed to pierce the opponent's defense line, the tanks are to be sent through these holes and attacks the line of logistics and unit commanders. Such tactics ultimately dikembangankan by Germany in the concept of blitzkrieg.
World War II
World War II found that the rapid development of the tank. Germany for example, using light tanks like the Panzer I, which was previously used only for practice. Light tanks and other armored vehicles into the most important element in the Blitzkrieg.However, it loses face light tanks and more British tanks against Soviet T-34 tanks.And at the end of the war all sides have been drastically increase the size of cannon and tank protector. For example, the Panzer I wear only two machine guns, and the Panzer IV, the heaviest German tanks at the beginning of World War II using a low speed 75 mm cannon, and weighing under 20 tons. At the end of the war, the tank is standard German, Panther, using high-speed 75 mm cannon, and weighs 45 tons. Another wartime developments is the introduction of a suspension system that much better. Maybe this sounds unimportant, but the quality is a determinant of performance suspension cross-country tanks. Tank with a bad suspension will result in vibrations felt riders, this will result in operating difficulties, reduce speed, and create an advanced shooting while walking impossible. The new suspension system as the Christie suspension system or torsion bar suspension enhance performance and speed dramatically. At this time almost all the tanks are equipped with radios to facilitate briefings and communications. Tank body has also been modified to be used for other roles, such as the destruction of mines and the role of combat engineers. All the major countries of participants of war has developed its own motion-cannon: artillery, tank destroyers and assault guns. Germany and the Soviet assault cannon, cheaper and lighter than a tank, use the cannons of the most severe. While the tank destroyer of the United States and Britain are difficult to distinguish from regular tanks. Rotating cannon, which was not previously available on all tanks, considered as very important. This gun should be used against other tanks, so sought for and as strong as possible, means the tank has a cannon enough to be very strong. As a result, the design of tanks with many guns, like the Soviet T-35, abandoned.
Cold War and beyond
Polish tank company who wore T-54. After World War II and into the Cold War, superpower nations and developed countries draw lessons from the German tanks in the use of force. Coupled with the threat of nuclear war and the chemical that makes tanks equipped with nuclear and chemical warfare equipment. Advances in technology make the tank cannon and ammunition increasingly feared, and each country vying to perfect its technology. But it was the biggest threat today is the tank infantry troops equipped with light weaponry destroyed yan has tremendous power, by developing an anti-tank basoka which also results in the development of the bazooka Germany in World War II.Coupled with the rapid development capabilities with the air force helicopter gunships that have anti-tank capability.

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These concepts focus more on long into the raid the castle, where tactics and formations are not needed. But technological developments of the Industrial Revolution made the war into a giant stampede; the trench warfare. 

World War I 
Conditions battles of World War I on the Western Front made the British Army thought to develop vehicles that can cross the trench, destroying the barbed wire and machine guns shot does not work. Tank prototype was first tested by the British military on September 6, 1915. At first, this vehicle is named "land boat" (ground ship), but to keep the secret, early versions of tanks called "water carrier" which then shortened as the "tank" (water tank in English). The term is used for tanks that make workers think that they are making water transport vehicles for the British army in Mesopotamia (now Iraq). The term tank was finally inaugurated on December 24, 1915. 

History tanks 

Problems come up against as he pinned down the enemy has been around since ancient times. The idea of ​​using an object moves to protect from projectiles also have emerged since time immemorial. Ancient Greeks used the tower called Helepolis assault. Roman Empire towers coated wear protective shooting using katapult. In the Middle Ages, Poland and the Czech Republic has made a coated steel chariots. And Leonardo da Vinci had designed a wheeled vehicle of war. 

Tanks first used in war when Captain H. W. Mortimore carrying tanks Mark I in the Battle of the Somme on 15 September 1916. French developed the Schneider CA1 tanks are made from Holt Caterpillar tractors, and was first used on April 16, 1917.The use of massive tanks in combat occurred at the Battle of Cambrai on November 21, 1917. And then the tanks can be successfully used in the Battle of Amiens, where the Allies broke the German defensive trenches with the help of armored vehicles.The role of tanks will eventually make trench warfare obsolete concept, with thousands of tanks made by France and Britain. At first, the use of tanks have varying results. Problems such as performance of tanks that can not be relied upon. And the first tanks have low power, both guns and machine capabilities, as well as a weak layer of steel. The use of tanks in small groups also reduce the impact of the resulting tank. German troops were surprised and not have a weapon that can stop the tanks, but they finally managed to find an anti-tank fire, and digging trenches longer also succeeded in halting the British tanks. The changes to the battlefield and the poor performance of tanks forcing the Allies to continue to develop the concept of this tank. Tank continued to expand in World War I, for instance Mark V tanks, which made very long so it can pass through a wide trenches though
The period between two wars
Vickers Independent A1E1 tank made in England was canceled and did not enter the production line, but influence the design a lot of other tanks. With the formation of the concept of a tank, in the period between world wars a number of countries began to develop and produce tanks respectively. British-made tanks are the most sophisticated, because the British wanted to make armor since the 1920's. France and Germany did not pursue the development of tanks at this time, given the poor economic conditions, and the Versailles Treaty that limits the Germans. The United States also does not much develop their armored vehicles, because the available funds more widely used for the development of cavalry. At this time, developed a wide range of tank classes, especially in England. Light tanks, which weigh less than ten tons, used for monitoring tasks, and armed only with light machine guns are only effective against light tanks used other. Tank or tanks being cruiser, heavier and intended to travel quickly over long distances. And last, heavy tank or infantry tanks, tanks with a protective coating is heavy, slow running.These tanks are made to be used to penetrate the defense together with the infantry.Protector which can last shot makes heavy anti-tank weapons. After the heavy tank and infantry managed to pierce the opponent's defense line, the tanks are to be sent through these holes and attacks the line of logistics and unit commanders. Such tactics ultimately dikembangankan by Germany in the concept of blitzkrieg.
World War II 
World War II found that the rapid development of the tank. Germany for example, using light tanks like the Panzer I, which was previously used only for practice. Light tanks and other armored vehicles into the most important element in the Blitzkrieg.However, it loses face light tanks and more British tanks against Soviet T-34 tanks.And at the end of the war all sides have been drastically increase the size of cannon and tank protector. For example, the Panzer I wear only two machine guns, and the Panzer IV, the heaviest German tanks at the beginning of World War II using a low speed 75 mm cannon, and weighing under 20 tons. At the end of the war, the tank is standard German, Panther, using high-speed 75 mm cannon, and weighs 45 tons. Another wartime developments is the introduction of a suspension system that much better. Maybe this sounds unimportant, but the quality is a determinant of performance suspension cross-country tanks. Tank with a bad suspension will result in vibrations felt riders, this will result in operating difficulties, reduce speed, and create an advanced shooting while walking impossible. The new suspension system as the Christie suspension system or torsion bar suspension enhance performance and speed dramatically. At this time almost all the tanks are equipped with radios to facilitate briefings and communications. Tank body has also been modified to be used for other roles, such as the destruction of mines and the role of combat engineers. All the major countries of participants of war has developed its own motion-cannon: artillery, tank destroyers and assault guns. Germany and the Soviet assault cannon, cheaper and lighter than a tank, use the cannons of the most severe. While the tank destroyer of the United States and Britain are difficult to distinguish from regular tanks. Rotating cannon, which was not previously available on all tanks, considered as very important. This gun should be used against other tanks, so sought for and as strong as possible, means the tank has a cannon enough to be very strong. As a result, the design of tanks with many guns, like the Soviet T-35, abandoned.
Cold War and beyond 
Polish tank company who wore T-54. After World War II and into the Cold War, superpower nations and developed countries draw lessons from the German tanks in the use of force. Coupled with the threat of nuclear war and the chemical that makes tanks equipped with nuclear and chemical warfare equipment. Advances in technology make the tank cannon and ammunition increasingly feared, and each country vying to perfect its technology. But it was the biggest threat today is the tank infantry troops equipped with light weaponry destroyed yan has tremendous power, by developing an anti-tank basoka which also results in the development of the bazooka Germany in World War II.Coupled with the rapid development capabilities with the air force helicopter gunships that have anti-tank capability.

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The Secret Behind Advanced Machinery World

Examples of these advanced machines such as ATMs, vending mechine (automatic machines to buy drinks), gas stations, dingdong, etc..

Well, do you know how it works? Okay, I know the secret love and the workings of the machines in brief, clear, and concise. Guaranteed understand.

The workings Dingdong

The workings Automatic Beverage Machine Sales

The workings Machine Automatic Ice Cream Seller

The workings Machines Automatic Cigarette Sellers

The workings Children's Toys

The workings State Machine Products

The workings ATM

The workings Washing Machines

The workings POM Gasoline

Hahaha ....
Already described how the workings of such sophisticated machines? :-D

Hopefully entertained.

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Processor Intel Core i7

What are the advantages of Intel's latest processor? That's a question I first heard of Intel's latest processor product. Have not had time to have an Intel Core 2 Duo, now comes a new processor from Intel, the Intel Core name i3, i5, i7. Actually, Intel issued a product has long been an Intel Core i3, i5, i7, which is preceded by an Intel Core i7 launch in late 2008, then the next few months following the launch of Intel's Core i3 and i5. Why why not Intel Core I3 first huh? in keluarin?
do not have lengthy talks back on track core. From various sources I know, there are five technology contained in the Intel Core i3 and i5:
1. Hyper Threading Technology Hyper Threading Technology --->. With the Hyper Threading technology, the physical processor there is only one, but the OS can detect two or more processors. So that each processor is detected, allowing to perform different jobs at the same time.
2. Turbo Boost Technology processor clock speeds can work to adjust the severity of the running application. Example: When the processor is used to run light applications such as MS. Word 2003, the processor is working on a 1.6 GHz clock speed. And when the processor is used to run programs such as the weight of Point Blank games or 3D graphics such as 3DS MAX, processor speed is automatically increased up to 3 GHz (depending on the maximum speed of the processor).
3. HD Graphics Technology With this technology can produce a sharp image quality and detail, just right for watching movies or playing 3D games, the resulting picture is really clear, sharp, and detail. To be able to enjoy this technology, at least my friend use the monitor must support resolution 1280 x 720 pixels even better 1920 x 1280 pixels.
4. Support memory up to 16Gb Depending on the processor and operating system used.
5. Already using DDR3 with 1066 MHz FSB
Technology owned by the respective Processor: I3 = i3 At the core has 2 Core, Hyperthreading (4 Way) I5 = At ​​the core i5 has 2 Core, Hyperthreading (4 Way) and Turbo Boost Core i7 = On Core i7 has 4 Core, Hyperthreading (8 Way) and Turbo Boost 


hopefully useful

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Slowly the humans undermined by Robot

Advances in technology robot can replace human soldiers on the battlefield. This possibility is certainly not a mere figment. Like the Terminator movies, robots dominate the battlefield and more effective in crushing the enemy.
What happened in the Terminator films was found to occur on the battlefield today. That means, the shootout at the battle could be replaced by a robot, as an upsurge in the number of human soldiers who were killed on the battlefield.
It is estimated, future wars will be more widely played by high-tech robots. The ultimate goal for minimizing the number of victims of soldiers who fought. "Now, about 8,000 robots have been deployed on the battlefield. They are believed to be carrying the mission of the military revolution. Most of the robots are now deployed ashore with a non-combat tasks such as defusing bombs and drones," he explained.
Quinn expressed, in the future is very promising the use of more troops on the battlefield robots, including unmanned vehicles of human warfare. "The closer, you'll shot. This is the excess robots capable of remotely controlled," he said, as quoted by the BBC.
He emphasized that armed robots were only operated under the control of human soldiers. The reason, until now, he said, the robot can not operate alone. However, according to Peter Singer, author of the book Wired for War, the pace of modern warfare will make people increasingly difficult to control.
Like the defense artillery systems automatically applied in Afghanistan. "The system will shoot if shot. We can not stop it, we can only turn it on," said Singer.
The question now is, what if the robots are attacking targets that are not supposed to and violate the laws of war? Patrick Lin U.S. academics are working to make robots for the military ethic, disclose, robots can be programmed to follow certain standards.
Nevertheless, he still questioned, "Is it true that we can do that with our computers?" he said. Currently, the United States (U.S.) has used sophisticated robots in battle, whether in Iraq or in Afghanistan.
The Pentagon has made a vehicle without a driver called EATR. The robot car that can refuel itself with organic material when walking long distances. EATR inventor, Dr. Robert Finkelstein of Robotic Technology Inc., revealed his findings require organic materials as fuels and more vegetarian than humans.
"Robots can only do what is programmed, and he has certain features," he added. According to Finkelstein, the robot is able to avoid mistakes made by a human soldier. He said, the robot is programmed with a little taste and made to make mistakes like killing innocent citizens, and not an enemy group.
"The robot has no emotional ties, they have no fear, they can act in some situations," he said. However, the more skeptical as Professor Noel Sharkey, founder of the International Committee for the Control of Armed Robots, said the man is more accountable while the machine is not.
"You can train a robot like whatever you want, and make it comply with all rules in the world. But, if what is programmed incorrectly, so yes it is," he explained.
With the military revolution, Christopher Coker of the London School of Economics, explained that the computer is not able to stimulate the "ethos of the hero", thinking, and ethics of professional soldiers. During this time, the military revolution of robots have been applied in aircraft such as unmanned U.S. aircraft in Afghanistan.
While the application of robots on land, is still limited. Meanwhile, Yoshiyuki Sankai, leading robot experts from Japan, created the HAL (hybrid assistive limb), the robotic clothes that have been developed to help increase energy and movement of people who wear them.
Sankai received an official invitation from the Japanese Ministry of Defense to present its "clothing robot" made. Sedanngkan Brian Hart who lost his son, John Hart, who died in the Iraq war in October 2003, making Brian succeeded in creating robotic bomb detection.
He also created a robotic vehicle that is specifically designed to defuse the bomb. Robot called LandShark (Land Shark) was equipped with a number of sophisticated sensors that can detect and disable bombs
As we know that today's artificial intelligence advances increased by a very admirable. Starting from the birth of Deep Blue which was created by IBM, is capable of defeating the legendary chess player Kaskarov. And ambitious project of Japan to create the 5th generation of computer-based Artificial Intellegence.
But did you know that the development - the development of such robots has been around since ancient times, turned out forms such as robots or robotic creature that existed before the time of BC. We might have known some people of Europe about the Golem legend (such as human beings are formed of rock or clay) or the assistant Hephaestus made of the engine - the engine of Greece. But not just any form of imagination, Ctesibius of Alexandria (250 BC) has succeeded in making organ (musical instrument) automatically.
Then sarjawan Muslims, Al - Din (1136 - 1206) who makes a design on a programmable robot. The robot according to its etymology means workers, who work hard, or slaves. Robots can be interpreted as a mechanical creature (a creature shaped like a machine). Human desire to create an intelligent creature who can work without protest and have done since the days of obedient renessaince until now. Starting from just a draft and then the dream has now become a reality
Similarly, advances in the field of robotics, especially embedded systems. P3 birth who became the embryo of a humanoid robot ASIMO has been applied to help human beings, has shown how powerful the embedded technology development particularly in the field of robotics. The development of the current robot was viewed positively by the military department of the United States. Starting from the project drones used in Gulf War II and until the robot is capable of detecting the direction of sniper fire. Development of robots that could replace human soldiers on the battlefield is not impossible has been done by countries - developed countries. This paper focuses on the presence of military robots in the future, where on one hand the presence of the robot is viewed by its developers can reduce the mortality of soldiers. On the other hand, their presence is only exacerbating the current situation.
Hardware advances, especially microprocessor and microcontroller participate and take part in robot technology. Microprocessor is the most important part of robotic technology, resulting in no longer just a robot that can walk, but can smile, laugh, sad to see the circumstances around such artificial robot Kismet Dr Cynthia. These discoveries then lead to the manufacture of robots not only concentrate on the motion, the number of feet and work tasks alone. The desire to be able to create robots that have feelings like human beings and as human intelligence began to be done. This dream may have been represented by the movie - Japanese animated films such as Astro Boy or Doraemon. Japan is a country that spends the largest funds in research and robotic research projects. It can be seen from the implementation of a robot made by this country. Starting from the robot waiter serves food until the robots are capable of replacing a television presenter.
Side of the ambitious man in the development of the robot were not just stop at the field of public service. The desire to make a tool of war that can not be refused and did not hesitate in doing the mission would be the dream of the top military brass in any country. Human soldier is considered to have a lot of drawbacks, such as moral sometimes up and down. Involvement of feeling when running the mission and the ability to disobey the orders. It is also not free from a lack of interest young people in developed countries to become soldiers. So that the conscripts had to be removed. Not to mention the cost to be incurred by the government when a soldier died on the battlefield, to the families left behind.
Things - things like the above is what resulted in a robot that can replace the role of war and soldiers on the battlefield is needed. When viewed from the side of the economy certainly is cheaper than the costs TRAINING a man to be a good soldier.
From the delivery side, the robot army is superior to human soldiers. The robot can be mass-produced army. Could be a plant can produce tens of thousands of robots in a month, than to find and merekut youth aged 18-25 years.
There are so many advantages to be gained by a country if it is able to develop robot army. No more soldiers should be waged, and no more families of soldiers who must be crying because his relatives were killed on the battlefield.
America as a superpower must have been thinking about cooking - cook about robots - robots that are capable of fighting. The presence of an unmanned combat aircraft in the Gulf War II had demonstrated the seriousness of the American military in the development of embedded systems, artificial intelligence and robotic technology in the military field.
As we know, the Internet originally was a project the United States Department of Defense to create a communication system that will not easily destroyed by physical attacks. Wireless technologies such as mobile phones have now become necessities - day communications in Indonesia, can not be separated from the military needs every soldier who wants to be able to communicate with command centers with ease. Or in Indonesia itself, the use of robots by a team Gegana in defusing bombs also includes an example implementation.
Israel itself as a country that has no good relations with its neighboring countries are also rumored to have developed tanks - tanks that wireless can be controlled remotely. Obviously this is quite remarkable when viewed from the side of the embedded technology. Can only occur in the future where every instrument - the military instrument can be moved thousands of kilometers away.
If the robot had the presence - military robots from the point of view favorable, still a robot - the robot army will still have the same goal with a human army that is as a tool used to destroy the enemy. Still targets - targets which destroyed the same, if not military hardware, building a human would. This - this is what may make some researchers / developers do not agree to the use of robots in the military.
Robots - robots or military instruments are made is certainly more effective than human soldiers, they did not hesitate in firing bullets, missiles or missile toward adults and children - children. No feelings involved only the commands and code - code instructions that are executed in the form of bits - bits by a microprocessor, 100% effective.
Humans are also quite aware of the fears about the presence of robots - robots in the military. It can be seen from the Terminator movies produced by Hollywood. Where the robot - a robot out of control military
The use of embedded systems and artificial Intellegence provide convenience to humans in various fields. Implementation of embedded systems and artificial Intellegence is a robotics technology. The function of the robot is very helpful both in the field until the medical industry. The robot also has the ability to replace humans in dangerous jobs such as working on the role of astronauts on the space station.
Polemical use of robotic technology in the military field has been the debate of experts. Be it a benefit to be gained and the losses will be felt. Any technology that created humans can be double-edged sword that can suddenly strike anyone, including his own master. This has been known since the dynamite to the atomic bomb was found.

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Robot Technology War between NASA and Japan

HOUSTON (Berita SuaraMedia) Bekerja sebagai astronot di ruang angkasa tidaklah mudah. Lingkungan yang jauh berbeda kadang menyulitkan mereka untuk bisa beradaptasi. Mungkin akan sangat membantu sekali kalau para astronot memiliki asisten yang dapat bekerja keras tapi asisten selain dari manusia yaitu robot.

Para ahli di badan antariksa Amerika, kini tengah bek


HOUSTON Working as an astronaut in space is not easy. A much different environment sometimes difficult for them to adapt. It may be very helpful if the astronauts have an assistant who can work hard but apart from a human assistant is a robot.
Experts at the U.S. space agency, is now in collaboration with scientists from General Motors, announced the development Robonauts, robot helper is perfect to help the astronauts who worked on the space station. The new robot prototype is suitable for a variety of heavy duty, which is still difficult to be done by humans. This robot can complete tasks that are difficult and complicated in space, such as repairing a telescope, or make repairs on the International Space Station (ISS). The machines were designed specifically so that they can perform tasks that require skill and strength.
Robonaut 2 is a new version and better than the first generation. The robot was developed by NASA and the U.S. Defense Advanced Research Project Agency (DARPA) is more than a decade ago. But the latest version is much more powerful, more precise, and far more skilled than the previous model. Ron Diftler revealed that the engineer from Houston, Texas-based Oceaneering Space Systems is also involved in this work.
One thing that really stands out about the new machines is the fact that they have four joints of the thumb, the first prototype only has three fingers only, which means that the new prototype can be more skilled and precise work. "The thumb definitely play an important role, makes us the dominant species on this planet. In addition, more flexible if you use gloves in space." NASA scientists said. In addition, it can also lift weights in excess of 10 pounds and moving at a speed of 4.5 miles per hour.
"We put more sensors in both arms and his network, so if it comes in contact with the astronauts unexpectedly, can be stopped at the same time," said Diftler. He added that this was done in order to make robots safe for interaction with humans. The machine was also covered with a soft cloth, whose sole purpose is to cushion and to prevent damage to the costume space. Some of the major missions that R2 will need to do is to be able to change the thermal blanket on an object in space and also carry the tools around it. At this point, these tasks are very complicated to do the astronauts and spent quite a long time.
Having a loyal friend indeed not an easy matter. So many of us end up choosing to have pets such as cats or dogs. But in fact sometimes our busy outside the home makes us less painstaking care that our pets. Well, if you want to have a loyal friend in the house but did not have much time to take care of him regularly, perhaps your pet can be replaced by the following PALRO humanoid robot.
Meanwhile in the land of Japan's cherry when it comes to the most advanced robotic technology. This time it is ready to show off Fujisoft party which is already long enough to experiment and finally ready to show a humanoid robot PALRO for the first time in public.
PALRO robot is only 39 cm in height only. To be able to execute instructions, the robot is already implanted with a set of computer systems and is bundled with an Intel Atom 1.6GHz processor speed, memory 1 GB of RAM, flash memory 4 GB, 3 Megapixel camera and can be directly connected to a Wi-Fi 802.11 b / g / n. In addition the robot is also powered by lithium ion batteries.
At the stage action in public for the first time, shamelessly robot greets and introduces himself. This robot is voiced by Japanese dialect like a young Japanese girl. Slowly but surely, PALRO robot walking on stage with his legs. When the robot sees you, he was even able to take your photos at the same time, and then send it in email form. How did he do it? Of course you can because the robot is connected to the hotspot at that time.
If you feel bored, just Intruksikan this robot to entertain your heart by dancing to the music. Dance is also quite agile. Or maybe you want to act like a Sumo robot, the robot PALRO will gladly do it for you. If in one place more than one robot PALRO, then the smart robots are able to communicate wirelessly. Well yes terrific This smart robot!
Fujisoft party reportedly plans to market the smart robot to the public in March 2010. Well if you are very interested at all want to make PALRO as a friend of yours, would you be prepared to also bring home the robot is priced at $ 3,300, or about 33 million dollars

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