BRAC Students Dive Robot
Due to industrialization, water bodies including rivers and rivers are constantly being polluted. The river is losing the negativity. In this case, we can show the possibility of 'bracu diver'. This is a robot, which can go down under water to do some tasks predefined automatically.
A group of computer science and electrical and electronic engineering department under the supervision of three teachers of BRAC University has developed BracU divers. The Singapore Autonomous Underworld Vehicle Competition (SAVVC), held in Singapore from 9th to 12th March, has finished seventh in the final phase of the competition.Young inventive team. 46 robots from 13 countries participated in the competition. First of all, the team of North Western Polytechnic University in Sian, China, is the first. The second and third were held in the Indian Institute of Technology, National Academy of Technology, Rourkela, and the Far East Federal University team of Russia. The competition has been jointly jointly with Bangladesh and several other universities of different countries.
With the support of the National University of Singapore and Singapore Polytechnic, the IEE Oceanic Engineering Society (OS) organizes international competition every year to the SAVS. The IEEE or Institute of Electric and Electronics Engineers is a New York City-based professional association.Rahatul Amin, a student of computer science at BRAC University, said the details of this dive robot. The main structure of the robot has been made by using PVC pipes used for water line. Acrylic is used to keep control circuits or processors and processors. Acrylic is a type of transparent plastic that becomes flexible in heat, but after cooling it becomes hard again.
Rahatul Amin said that the robot will be operated through DC Moter. The coolers used to keep the computer processor cool, have been attached to these motors as propellers. The quadrupter fan used to swim under the water. Rahatul said, "The other teams participating in the competition have used the robotic fan to make it expensive Blue robotics thruster We have used the Jetson-Tier-One Board for our own designated PCB board and image processing. "The inventive team has adapted various sensors according to their needs to keep the depth and depth of the water.
Rahatul said, in present condition their robots can go up to five meters below the water. A gate made of red, green and black color can pass through a gate. A ball can hit the ball and put the ball on it. To throw balls in a bucket in a few colored buckets on the green background
And it can collect and float. This robot can go to the sound of a 45 kiloharbarges sound from the object under the water and it can detect that word.
BRAC University's team leader, Adnan Sabbir, said in the Singapore competition, "This robot can be used for rescue operation in river, canal-bill monitoring, and even rescue operations." Apart from this, the location of pond, water and fish in fish cultivation by adding necessary sensors. It is possible to give the ability to monitor the robot. Our robot can work to determine the causes of river erosion and change of direction, determining the nature of the soil under the river or the canal, and determining the level of pollution and the biodiversity of the sea.
Adnan, a student of the Computer Science Department of BRAC University, said, "The biggest challenge for us was to provide sponsors and swimming pools. Finally we did not get any of these two Our equipment costs more than 10 to 15 percent less than other tools used. If anyone in Dhaka allows them to use their swimming pool at least twice a month, then it is more convenient for us to proceed. '
Khalilur Rahman, Associate Professor of Computer Science Department of BRAC University, one of the three teachers supervised by the young inventor team. He went to Singapore with the students. He said, "The use of such robots in riverine Bangladesh is immense. Where the rivers, the canal-bill-jhal
There is a continuous endeavor of destroying, the young people who are on the opposite side of the road. This robot in the fisheries sector can be a lot of work. Now that is done, many people are cultivating the land by buying a irrigation pump. It may happen in the future that many people will be able to buy a robot and monitor the water situation. '
Professor Khalilur Rahman said, the observation of marine life could be possible with BracU divers. The work was done by spending lots of money abroad. Even if the robot is improved, it can be possible to survey the condition of the bottom of the river from the beginning of the end to the end of the river, which has the roots in the country. He believes this kind of initiative could be stepped up if the government and private investment cooperate.
A group of computer science and electrical and electronic engineering department under the supervision of three teachers of BRAC University has developed BracU divers. The Singapore Autonomous Underworld Vehicle Competition (SAVVC), held in Singapore from 9th to 12th March, has finished seventh in the final phase of the competition.Young inventive team. 46 robots from 13 countries participated in the competition. First of all, the team of North Western Polytechnic University in Sian, China, is the first. The second and third were held in the Indian Institute of Technology, National Academy of Technology, Rourkela, and the Far East Federal University team of Russia. The competition has been jointly jointly with Bangladesh and several other universities of different countries.
With the support of the National University of Singapore and Singapore Polytechnic, the IEE Oceanic Engineering Society (OS) organizes international competition every year to the SAVS. The IEEE or Institute of Electric and Electronics Engineers is a New York City-based professional association.Rahatul Amin, a student of computer science at BRAC University, said the details of this dive robot. The main structure of the robot has been made by using PVC pipes used for water line. Acrylic is used to keep control circuits or processors and processors. Acrylic is a type of transparent plastic that becomes flexible in heat, but after cooling it becomes hard again.
Rahatul Amin said that the robot will be operated through DC Moter. The coolers used to keep the computer processor cool, have been attached to these motors as propellers. The quadrupter fan used to swim under the water. Rahatul said, "The other teams participating in the competition have used the robotic fan to make it expensive Blue robotics thruster We have used the Jetson-Tier-One Board for our own designated PCB board and image processing. "The inventive team has adapted various sensors according to their needs to keep the depth and depth of the water.
Rahatul said, in present condition their robots can go up to five meters below the water. A gate made of red, green and black color can pass through a gate. A ball can hit the ball and put the ball on it. To throw balls in a bucket in a few colored buckets on the green background
And it can collect and float. This robot can go to the sound of a 45 kiloharbarges sound from the object under the water and it can detect that word.
BRAC University's team leader, Adnan Sabbir, said in the Singapore competition, "This robot can be used for rescue operation in river, canal-bill monitoring, and even rescue operations." Apart from this, the location of pond, water and fish in fish cultivation by adding necessary sensors. It is possible to give the ability to monitor the robot. Our robot can work to determine the causes of river erosion and change of direction, determining the nature of the soil under the river or the canal, and determining the level of pollution and the biodiversity of the sea.
Adnan, a student of the Computer Science Department of BRAC University, said, "The biggest challenge for us was to provide sponsors and swimming pools. Finally we did not get any of these two Our equipment costs more than 10 to 15 percent less than other tools used. If anyone in Dhaka allows them to use their swimming pool at least twice a month, then it is more convenient for us to proceed. '
Khalilur Rahman, Associate Professor of Computer Science Department of BRAC University, one of the three teachers supervised by the young inventor team. He went to Singapore with the students. He said, "The use of such robots in riverine Bangladesh is immense. Where the rivers, the canal-bill-jhal
There is a continuous endeavor of destroying, the young people who are on the opposite side of the road. This robot in the fisheries sector can be a lot of work. Now that is done, many people are cultivating the land by buying a irrigation pump. It may happen in the future that many people will be able to buy a robot and monitor the water situation. '
Professor Khalilur Rahman said, the observation of marine life could be possible with BracU divers. The work was done by spending lots of money abroad. Even if the robot is improved, it can be possible to survey the condition of the bottom of the river from the beginning of the end to the end of the river, which has the roots in the country. He believes this kind of initiative could be stepped up if the government and private investment cooperate.
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