Battlefield 2 Pc Game Trainer
Eduviges Gearlds
The gunner puts on a virtual headset that takes him from an ordinary office building to a vast, rugged desert. With a missile launcher on his shoulder, he scans the horizon. The sun is blinding. It will affect his aim.
The gunner has just demonstrated the Stinger Virtual Trainer, a new system from Raytheon Technologies that uses recent advancements in virtual reality and gaming to provide military agencies with a safer, cheaper and easier way for troops to get their reps on the Stinger missile launcher, a man-portable weapon used to defend against a range of airborne targets.
The Stinger Virtual Trainer is compatible with a variety of commercial-off-the-shelf virtual reality headsets like the tested and proven HTC Vive Pro. Raytheon will offer users a service that includes onsite installation, operational support, train the trainer, warranty repairs, and hardware and software upgrades.
Competing in the international market, requires a strong global presence. We continue to strengthen our presence in key markets, develop innovative solutions and acquire companies in prioritised areas. Saab's products are sold to over 100 countries and we currently operates in over 30 countries.
In the not too distant future, a ground combat troop is engaging the enemy on the battle field. As he aims his weapon to fire at the enemy, a mortar shell explodes to his right and a jet fighter screams overhead.
But not everything is as it seems. This is a training simulation and while the soldier and landscape are real, the mortar shell and the jet are computer generated. They look and sound like the real thing thanks to a sophisticated headset the soldier and his teammates are wearing as they undergo combat training.
While such a scenario is not possible on a large scale just yet, it may not be too far off. The techniques used to prepare troops for the battlefield are evolving as new technologies and equipment types become available. One likely outcome is that training will become even more realistic, so that soldiers face fewer surprises when they eventually find themselves facing real enemies.
Similarly, our advanced laser-based set-up for live training exercises brings together technologies that accurately replicate the ballistic properties of real rounds. Soldiers carry real weapons loaded with blanks and fitted with a device on the barrel that emits a coded laser. Pulling the trigger activates the laser. All participants in such exercises wear sensors on their helmets and vests that detect when a laser from the barrel of a fired weapon has hit them. Gyros and computers are used to factor in variables such as travel distance, gravity and the movement of the target in determining whether each shot fired would have met its target under real conditions.
In the case of weapons with electronic sights, such as tanks and anti-tank weapons, virtual elements can already be incorporated as part of training. A computer can be used to generate obstacles and opponents that are uploaded into the sight and to which the user must respond.
The choice of different technologies in live simulation is often debated and the opinions can be strong to support various viewpoints. The question does not need to be one or the other but rather best fit-for-purpose. The Saab live training solution, Gamer, is technology agnostic, meaning that laser as well as other technologies such as geo-pairing, GPS and other technologies can be used. This leads to the possibility to support different engagement types and include e g artillery and combat support. The technology in itself is not the most important, key is what needs to be simulated and what is the best way to implement this. The most important is that high-fidelity, realistic training and objective feedback is delivered at a pace of relevance with the aim to improve training outcomes and deliver confident soldiers.
Meanwhile, increased computing power and the continued emergence of AI are likely to see further increases in the realism of virtual environments and the behaviour of virtual opponents. Just as computer games have grown exponentially in realism over recent years, the backdrops, terrains and enemies featured in virtual trainers are constantly evolving. In the years ahead, it may be hard to discern the computer generated world created by a virtual trainer from the real thing.
New generation mobile networks will also have an impact. For complex live-training exercises where no mobile network is available, Saab currently deploys a system known as the data acquisition network (DAN) for critical data and mixing it with commercial networks. This makes it possible to collect and analyse information on the position of each participant, the various weapons that have been fired, and who has been hit. As civilian networks expand and become more widespread, it will become easier to conduct training in remote locations. Higher data speeds will allow for complex exercises and even more data gathering.
Athletic trainers are highly qualified, multi-skilled health care professionals who render service or treatment and reduce risk in a variety of settings. Some people confuse ATs with personal trainers or physical therapists, but there are many differences. Did you know ATs work in the armed forces, the arts and businesses?
Advanced Simulation Technology inc. announced that the U.S. Marine Corps fielded Voisus radio over IP communications (RoIP) systems in support of Marine Air Control Group 38 (MACG-38) and Exercise Lightning Sword, their primary training event for fiscal year 2017. The ASTi systems filled a critical need by networking voice communications between Marines operating live tactical radios and centralized exercise staff using Voisus Client software apps. Marine agencies participating in Lightning Sword included:
Since 1989, ASTi has been at the forefront of voice communications innovation, delivering products that provide RoIP bridging, networked voice distribution, and simulated radio communications. ASTi also provides simulated battlefield and cockpit sound effects as well as artificially intelligent, voice-enabled virtual role players enhancing live and simulation-based training programs. Over the past 35 years, ASTi has fielded over 11,767 systems at more than 800 installation sites in the U.S. and 49 other countries.
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