Search Results for: military

Episode Summary: Cyber security is closely linked to advances in artificial intelligence. In this episode, we speak with Dr. Roman V. Yampolskiy about the cyber security factors and risks associated with AI. How is AI both causing risks, and how can AI be used to combat those risks? We dive briefly into the future to speak about some of the potential 'super' AI risks to cyber security and touch on what can be done now to help hedge known and unknown threats.

Controlling your feelings, adding or removing memories at will, and controlling our devices telepathically... is this purely the world of science fiction? Evidently not:

There's hardly any theme more played out than the Skynet scenario when it comes to robotics. While military robots (and the AI required to provide them with the kind of autonomy) is likely an impossibility at least in the next decade, the last decade of  AI and robotics are impressive, and worth checking out.

Episode Summary: Dr. András Kornai wants to put emphasis on the real and near-term ethical considerations around AI. In this interview, Kornai peels off the Hollywood myth "layers" around consciousness and AI in order to spotlight the very real, present, and advancing algorithms. He explains how such algorithms, which are slowly taking over the financial, medical, and automotive industries, are increasingly relevant as machines start to govern and make more decisions in our everyday interactions.

Episode Summary:  We talk a lot about the future of technology on Emerj - the long-road potentials and ethical considerations that intersect the various paths of artificial intelligence. But keeping the conversation real and present necessitates looking through binoculars rather than a telescope from time to time. In this episode, Eyal Amir, a tech entrepreneur and associate professor of Computer Science at University of Illinois, gives his zoomed-in perspective of the types of technological progress that he believes will be relevant in the next 5 to 10 years.

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Guest: Professor Nayef Al-Rodhan, PhD

Simulation technology is the training medium of the future. Though the public view of virtual and augmented reality (VR/AR) is crowded with amateur, at-home enthusiasts, VR/AR systems are being adopted by industries from aeronautics to oncology. These industries bring the reality of simulation technology closer to the public than some might realize — potentially saving lives, time, and a wealth of hassle behind the scenes.

Squishy Robot Uses Explosions to Jump

Soft robotics is a rapidly growing field and one of the latest designs is a squishy robot that can jump around. Spectrum.ieee.org details an innovative soft robot created by a research team at Harvard University that uses explosions to jump in the air. Presented at the IEEE International Conference on Intelligent Robots and Systems (IROS), in Chicago last week, the soft bot is made from silicon and has three limbs. It has a built-in “explosive actuator” that uses a reaction between butane and oxygen to launch it into the air. The odd looking robot’s legs are pneumatically inflated to control the direction of the jump. It then gets an injection of fuel to a container on its underside. A spark is created to ignite the butane-oxygen mixture, creating a mini explosion. This launches the untethered device 0.6 meter into the air.

A couple of months ago, a Emerj podcast featured Augmate CEO Pete Wassell predicting that the first mainstream uses of Augmented Reality might be a bit more "blue collar" than "Buck Rogers." And now, in addition to Augmate's digital eyeware, a new "Smart Helmet" from Daqri is helping to put AR to work in the workplace, wherever that work site may be.

According to the Christopher & Dana Reeve Foundation, almost one in 50 people live with some form of paralysis. Imagine being paralyzed after a stroke or serious accident and no longer being able to move your arms, then one day your doctor tells you of a new device that is going to empower you to move again. Researchers at Battelle Memorial Institute have developed groundbreaking technology that can do just that; it can help paralyzed patients regain conscious control of their arms, wrists, hands and fingers.