Military Computers - 3/3 Show Caption + Hide Caption – The Family of Computer Systems introduces a family of computers that can be calculated to match the message. Military 'right to situational awareness' Act Joint-... (Photo Credit: U.S.) SEE ORIGINAL

Aberdeen Show Ground; MD (August 27, 2013) -- Soldiers fighting in vehicles can access a communications system that provides detailed information of the battlefield. However, high-tech situational awareness features are available in various computer systems; You can watch from different monitors and have less space to save.

Military Computers

Military Computers

Now the "swivel chair" is looking to replace the situational awareness method by introducing a family of computers that can be customized for information in the car. With build-your-own modular computers, users can access and run many different software applications on a single computer.

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This new capability, known as the Mounted Family of Computer Systems, or MFoCS, will bring collaboration with intelligent computers, allowing them to better organize, It will improve the military experience by increasing surveillance and personnel.

"By providing the core with advanced computing and display capabilities, we can meet the needs of multiple applications, eliminating the burden of running multiple computers on the same machine," said Dominic. Satili, deputy manager of Blue Force Tracking commissioned the project. Joint Battle Command-Platform Manager or PM JBC-P. "Only a soldier should learn how to operate a computer."

In June PM JBC-P and DRS Tactical Systems Inc based in Florida for the production and development of MFoCS three years; Delivery/unlimited contracts are offered.

Reliance on Residential Building Blocks; Three medium and high-end MFOCS models are introduced. The basic configuration is a tablet, while the central model holds 12; A configuration unit with 15 or 17 screens is installed. The advanced model includes not only a tablet but also two central units for three workstations, allowing the three types of MFoCS to be easily configured to suit each task. The tablets have a running belt and a 25-foot belt, so the soldiers in the vehicle can fly or remove the screen and carry it away.

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"The vision here is to have one intelligent computer for a car with many applications," Satili said.

Designed to use the JBC-P's situational awareness capabilities, the system is an alternative command, computerized communications control, intelligence, It will also support intelligence and reconnaissance applications and provide an integrated computing solution for the Marine Corps.

By allowing multiple software programs to use the same hardware solution in the vehicle, instead of requiring individual hardware - its size, Reduces weight and power requirements. MfoCS doesn't just provide intelligent computer interaction; It reduces the cost of the main processing computer by 36 percent and improves its performance by 350 percent.

Military Computers

The development of M-FoCS started in 2011 with requirements for common hardware, with the goal of making different computing environments a common architecture.

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MfoCS fits into the same hardware footprint and uses the same hardware as the Force XXI Combat Command Brigade and Down/Blue Force tracking and integration power systems. These systems are situational awareness JBC-P, Connected to more than 120,000 platforms, it resides in every tactical operation center and is provided to every brigade combat team.

Moving forward, MfoCS will support MCE-JBC-P's Mounted Computing Environment, one of six computing environments that are part of the -wide Common Operating Environment, or COE. The COE initiative embraces business-oriented principles that enable collaborative security applications to be developed quickly and across multiple computing environments.

John Gillette, JBC-P Group PM, lead for MCE said, "It improves product development and COE. "MCE will be the standard for systems and road vehicles, and MFoCS will be the hardware solution. for MCE."

Once established, the COE will develop software capabilities; to test It will allow recognition and use and promote competition.

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The first delivery of the MFOCS computer, which will be used for input and testing, is expected within 20 contract weeks.

The rapid change reflects PM JBC-P's initial request for proposals requiring vendors to submit tablet and mid-range computer models for evaluation as part of a full and open contract competition.

"I don't want them to write about it, I want them to show it," Satili said. "Our acquisition strategy has enabled MFoCS vendors to deliver production-qualified representative computers that meet the G-3/5/7 requirements previously mandated." This article is the second in a series on digital preservation. The first article explains how the United States should bring technology experts and new ideas to the Department of Defense more quickly, and why innovation should be shared with partners. This series will conclude with an essay on how the 1941 Louisiana Maneuvers will be a model for the training of today's soldiers to face future conflicts, not future wars.

Military Computers

Understandably, the US Department of Defense has increased interest in artificial intelligence (AI). Military planners have run a series of war games to determine how AI can replace humans in combat. Based on these first tests, it seems that computers will eventually overtake human operators - in a recent test, the AI ​​system defeated its opponent in a battle of fury. Some military planners even think that the risk of human decision-making at a high level is already decreasing.

Protected Tablet Computers For Industry And Military Purposes Stock Photo

But in replacing humans in combat with AI, Silicon Valley has neglected the lessons of applying this technology to other areas. The experience of ordinary AI has shown that it is dangerous to think of computers as "better" or "more accurate" than individuals. accuracy of complex and automated systems; Increasing speed and efficiency can reduce failures, and make them worse when they do occur. As a result, successful AI applications do not replace humans and computers in certain tasks. Rather, He seeks to understand the relationship between technology and human interaction.

How should the military do this? We believe our experience at Rebellion Defense can provide some important insights. We are a software company that helps intelligence and national security customers implement AI in their operations. In our personal development process. If humans and machines work together, machines are encouraged to focus on areas where they can influence the current system and push security partners. This leads us to three principles: a) build expertise; Do not remove it. (b) explore opportunities for joint intelligence; and c) create an error budget.

As Silicon Valley discovered, when AI is introduced into complex systems, it fundamentally changes them, changing the types of errors that occur and their impact.

Our first brush with the complexities of using machines to eliminate human error is when system administrators maintain servers; It comes with updated improvements and fixes. Software engineers built automated systems that could read simple text files and configuration instructions and configure servers as needed. Doing this reduces the number of errors caused by poorly written commands or forgetting to upgrade one or two servers in the list. Companies that implement this process automatically reduce errors and increase efficiency. Eliminating human error allows systems to grow and become complex quickly. But this progress comes at a price. Errors that occur in automated systems cross multiple systems simultaneously, eliminating multiple functions as unrelated. In November 2020, the crisis shut down the internet for several hours. System failures caused by unexpected behavior from error mitigation technology wreak havoc on the world's leading technology companies several times a year.

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The unintended consequences of AI also take other tangible forms. Amazon has more than 110 distribution centers across the country. They are highly automated to improve both efficiency and security. But to the industry's surprise, AI-sophisticated robots have seen an increase in workplace injuries and accidents in online retailers' warehouses. Some robotic warehouses see injury rates five times higher than the industry average.

Again, reducing errors makes systems move faster and more complex. As Amazon's robots outpace warehouses that can handle human bodies, human injuries have increased. There are fewer accidents due to people moving things around the warehouse, but there are more injuries related to repetitive stress and fatigue as workers.

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