{"id":1280,"date":"2019-08-30T16:18:23","date_gmt":"2019-08-30T15:18:23","guid":{"rendered":"http:\/\/toptechytips.com\/?p=1280"},"modified":"2020-05-26T19:30:29","modified_gmt":"2020-05-26T19:30:29","slug":"robotics-architecture-in-artificial-intelligence","status":"publish","type":"post","link":"https:\/\/dotslaz.com\/robotics-architecture-in-artificial-intelligence\/","title":{"rendered":"Robotics Architecture in Artificial Intelligence"},"content":{"rendered":"

We are going to talk about Robotics Architecture<\/strong>. Is there any future of it? That sounds a bit of rhetoric. Therefore let’s talk it out. Nowadays, programming has become really vast. In every industry, programming is used. In addition to that, we can say that programming is merging. Merging<\/strong> with all sorts of industries. Programming is merging with all the professions.
\nThe reason is that programming makes things efficient<\/strong>. Imagine creating stuff that can help you in your work. Programming can do that. Therefore, while we are on this subject, you might have seen some weird looking buildings. The parametric design<\/strong><\/a> is really complex.
\nTherefore, if they were to build with manual labors, it would take years in just design. With the rise of technology, we are seeing more advanced parametric designs. Therefore, these designs are applied to many buildings nowadays. How exactly does robotics process automation architecture work?
\nNow, we have many programs which can design these buildings. You can easily tweak different conditions in that program. The computer then renders everything and gives you a rough look of them.
\nA lot of architectures think that there are no rules in designing. But there certainly are. Sometimes after making a whole building they get to know that they missed out in some small details. Therefore, planning and rules is a must. BIM<\/strong><\/a> models can record the lifecycle of a building. Combining AI<\/strong> with these parametric design call help to achieve that. With all planning in mind, you can go on against your mistakes.
\nTherefore, you have this machine that can run you through many options. With the designs in mind, you can choose the most appropriate option.<\/p>\n

Robotic Architecture Technology<\/strong><\/h3>\n
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3D Printer<\/figcaption><\/figure>\nWith good use of these programs and AI, we can create infinite numbers of designs with this autonomous technology. There are many 3D printers<\/strong> available right now. They pack serious features and can build basically anything you want them to. Along with 3D printers, the bricklaying drones are also new and awesome to work with.
\nThese technologies are surely from the future. As of now, they are not really in our industries that much. Therefore, keep in mind that these technologies are still in the beta stage. They need a lot of improvements to actually become useful. Let’s take the example of smartphones. How they looked and how they are now.
\nWe can easily conclude that in some decades later, there will be applications for designing a whole house maybe. Just like we use to make websites. Therefore, maybe the next hot path for everyone is 3D Printing and Robotics in Manufacturing.
\nBut to be honest, unlike autonomous driving<\/strong><\/a> destroying the driver’s job. I don’t think that is going to happen with the architectures. But, to save this profession we have to think about how it works. How everything in our profession works. Therefore, a computer can design stuff far better than human beings. But computers don’t have the creativity like human beings.
\nTherefore, human beings will perform more like a mind and Robots will be the body.
\nSo let’s talk about what exactly is Robotics in Architecture.<\/p>\n

Robotics in Architecture<\/strong><\/h2>\n
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Robotic Arm<\/figcaption><\/figure>\nThere are many ways that a robot can be used. In order to create objects, it’s being used with the appropriate approach of things.
\nTo program a robot in a structured manner<\/strong>, they use robot control architecture<\/strong><\/a>. System developers, mostly depend upon robotic architecture. Therefore, the significance of it is to provide some computational results such as communications and processing. So what is a control architecture?<\/p>\n

Control Architecture<\/strong><\/h4>\n

It is a system that provides a set of rules and principles for the control system. It provides some rules and constraints<\/strong> that help a designer and aids him in building stuff. Therefore, a system designer has to scale up the control of many complex robots. In addition to this, they do have to deal with various behaviors at once.
\nMostly it’s really difficult to tell just by looking at a robot about the control architecture it’s using. When it comes to more complex robots There are different circumstances that will impact the control architecture of a robot. They are as follows<\/p>\n