Army Tests Move to 'Virtual Proving Ground'.
Developmental Test Command focusing on system interoperability
The U.S. Army is applying advanced simulation technologies, communications architectures and real-time data-sharing processes to be able to test multiple weapon systems from different locations, simultaneously.
To make that possible, the Army's Developmental Test Command is focusing on "virtual proving-ground" technologies, which rely on modeling and simulation to create realistic testing environments. In a briefing to military testers and evaluators last year, DTC's technical director and deputy commander, Brian Simmons
He said that modeling and simulation can cut costs by helping test directors prepare to receive the data from expensive, destructive tests at sites such as the White Sands Missile Range White Sands Missile Range (WSMR), formerly known as the White Sands Proving Grounds, is a rocket range in New Mexico operated by the United States Army. The range covers an area of almost 3,200 mi² (8 287 km²), approximately three times the size of Rhode Island, making it , where a live missile test can cost $1 million per day. Simmons said of the virtual proving-ground, "All of this is anchored in real testing and is a tool, not a replacement for physical testing."
The virtual proving ground is a composite of facilities and technologies throughout the DTC DTC
See: Depository Transfer Check
See: Depository Trust Company
See Depository Trust Company (DTC). that enhance test programs with the aid of computer modeling and realistic simulations.
To meet growing needs for interoperability testing, the U.S. Army's Developmental Test Command is shifting its focus from the testing of separate platforms--such as ranks, trucks or aircraft--to testing how systems work together within a network, said Rick Cozby, chief of DTC's Technology Management Division.
"Throughout the Cold War period, as well as during World War I and World War II, the Army was essentially platform-centric," Cozby explained. "Our battlefield tactics and doctrine dictated a heavy force, and the cornerstone of the heavy force is the Abrams M1 tank. Along with that are the mechanized infantry Mechanized infantry are infantry equipped with armored personnel carriers (APCs), or infantry fighting vehicles (IFVs) for transport and combat (see also mechanized force). , light infantry infantry soldiers selected and trained for rapid evolutions.
See also: Light and airborne infantry. So we organized ourselves for testing around these platforms but that is all changing.
"It started changing in Desert Storm, when the prospect of maneuver became the dominant battlefield force. Dominant maneuver is the chess-like maneuver that causes the threat to capitulate ca·pit·u·late
intr.v. ca·pit·u·lat·ed, ca·pit·u·lat·ing, ca·pit·u·lates
1. To surrender under specified conditions; come to terms.
2. To give up all resistance; acquiesce. See Synonyms at yield. , because. we surprised him, enveloped en·vel·op
tr.v. en·vel·oped, en·vel·op·ing, en·vel·ops
1. To enclose or encase completely with or as if with a covering: "Accompanying the darkness, a stillness envelops the city" him and rendered him incapable of executing his mission, even though his forces may be numerically superior. We did that successfully in Desert Storm and learned a lot from it. We learned that, in order to have dominant maneuver, you must have information superiority That degree of dominance in the information domain which permits the conduct of operations without effective opposition. See also information operations. ."
To help the Army test complex systems, such as command, control, communications, computer and intelligence equipment (C4I C4I Command, Control, Communications, Computers, & Intelligence (US DoD)
C4I Command Control Communications Computer and Intelligence ) as well as weapons and other components--a virtual proving ground is being used to "distribute" testing, Cozby said.
Distributed, network-centric testing makes it easier for Army evaluators to determine the overall effectiveness of new systems, because it more closely replicates how these systems would have to operate together in the real world, Cozby added.
"Historically, we've been organized to test certain aspects of a major system at specific test centers. So if you were testing an M1 Abrams The M1 Abrams is a military tank produced in the United States. The M1 is named after General Creighton Abrams, former Army Chief of Staff and commander of the 37th Armored Regiment. tank, for example, you tested it at Aberdeen Test Center [in Maryland] for mobility, reliability, durability and survivability sur·viv·a·ble
1. Capable of surviving: survivable organisms in a hostile environment.
2. That can be survived: a survivable, but very serious, illness. . If you wanted to test it in an electromagnetic environment The resulting product of the power and time distribution, in various frequency ranges, of the radiated or conducted electromagnetic emission levels that may be encountered by a military force, system, or platform when performing its assigned mission in its intended operational environment. , you had to take it to Fort Huachuca Fort Huachuca is an United States Army installation. It is located in Cochise County, in the Southeastern part of the state of Arizona, approximately 15 miles north of the border with Mexico. [in Arizona], and if you wanted to test it in a chemical/biological environment, you took it to Dugway Proving Ground Dugway Proving Ground (DPG) is a US Army facility located approximately 85 miles (140 km) southwest of Salt Lake City, Utah in southern Tooele County. It encompasses 801,505 acres (3,243.576 km², or 1,252. [in Utah].
If you wanted to test its interface with tactical missile systems, you took the item to Redstone Technical Test Center [in Alabama], and for a desert environment you had to take it to Yuma Proving Ground The U.S. Army's Yuma Proving Ground is one of the largest military installations in the world. Situated in southwestern La Paz County and western Yuma County in southwestern Arizona, U.S. [in Arizona]."
According to according to
1. As stated or indicated by; on the authority of: according to historians.
2. In keeping with: according to instructions.
3. Cozby, "By necessity, that was done over different days at different times of year by different people using different procedures and types of instrumentation. So the outputs are different--yet the evaluator at the end of it all has to assimilate and synthesize the test results into an evaluation of what would have happened if the platform had been exposed to all those environments at once, which is typically what happens in a battlefield scenario. It is a very difficult job for the evaluator."
Cozby said DTC's test centers are striving to integrate their virtual test capabilities into a single virtual proving ground, making it possible to bring these diverse modeling and simulation capabilities to bear on a system under test, as needed as needed prn. See prn order. .
"We're building a common architecture, so that we can talk the same language and share the same formats, protocols, processes and procedures," he explained. "Beyond that, we are working toward integrated information systems. You don't necessarily have to have the same database technology, structure and data-collection capabilities, but you must have an agreement on the interfaces between those things. That is what the virtual proving ground is building now. We call it an integration-level hierarchy. We design our instrumentation and database structures to accommodate it."
DTC is working to develop "profiles" that can be used to replicate effects that occur when items are tested in various environments and then, with the aid of modeling and simulation, apply those types of test stimuli to tests that would otherwise require more time, manpower and funding. Cozby cited the bridge-crossing simulator at DTC's Aberdeen Test Center as an example.
"We put accelerometers and other sensors on a bridge, run a series of tests so you can characterize the impact of a tank on the bridge, and then replicate those impacts with hydraulic actuators," Cozby explained. "We can press a button, and the actuators vibrate the bridge with the same profile that a tank vibrates the bridge.
"We can do it 24 hours a day, and we don't need a driver, don't need gas, and are not wearing out a tank while testing the bridge. And we're doing it in a way that gives us controllability and repeatability," Cozby said. "So we can go back and repeat the test on a modified bridge and be fairly certain it was tested in the same way (as the original design).
"If we want to somehow play a bridge being exercised as part of a battlefield simulation, I can now do that by hooking up the bridge-crossing simulator to whatever larger simulation might be going on at the time.
Because many "traditional" tests are expensive and labor-intensive, technologies such as the bridge-crossing simulator will pay for themselves quickly, said Byron Hawley, of DTC's Tank-Automotive and Armaments Division. Hawley, one of the Army technical experts behind the development of this system, said the bridge-crossing simulator is just one component in the "leading wave" of developmental test technologies that will save time and money, and reduce risks to soldiers.
The bridge-crossing simulator is designed to input stresses and strains based on load classes, Hawley said. It used data that are based on international standards. Such technologies will give the Army flexibility in conducting tests on future developmental items, he added.
In September 2000, the DTC's Aberdeen Test Center had a groundbreaking ceremony for a roadway simulator projected to cost about $37 million--for construction and installation. This system is expected to be the world's largest flat-track simulator of this type when completed. It will operate in a controlled laboratory setting and employ computer programming to create varying driving conditions, such as speed, grade, curves and bumps. It will enable testers to collect comprehensive data on the performance and safety of vehicles ranging from passenger cars to tractor-trailer rigs.
DTC's Redstone Technical Test Center, at Redstone Arsenal Redstone Arsenal, U.S. rocket research and development center, 38,781 acres (15,694 hectares), N Ala., W of Huntsville; est. 1941. One of the state's largest industrial enterprises, it includes the Army Missile Command, responsible for the army's rocket and guided , Ala., frequently has employed these virtual proving-ground technologies, Cozby said, largely because of its access to a wealth of scientific expertise at a major missile research center.
Cozby cites the Simulation/Test Acceptance Facility at Redstone as an example of the virtual proving ground's role in supporting Army weapons tests.
Since its opening in July 1997, this DTC facility has used specialized simulations to test hundreds of Longbow longbow
Leading missile weapon of the English from the 14th century into the 16th century. Probably of Welsh origin, it was usually 6 ft (2 m) tall and shot arrows more than a yard long. Hellfire hell·fire
The fire of hell, considered as punishment for sinners.
the torment of hell, imagined as eternal fire
Noun 1. missiles in support of the Army's weapons upgrades to the Apache attack helicopter A helicopter specifically designed to employ various weapons to attack and destroy enemy targets. .
Testers at the Simulation/Test Acceptance Facility examine lot samples before the Army acquires the missiles. If the Army had instead test-fired missiles to the extent that it did in the past--before accepting production lots--it would have needed to destroy a larger number of missiles as part of the test program and in the process reduced its missile inventory.
The tests conducted at Redstone, which employed a variety of simulations duplicating various scenarios and extreme environments, revealed defects that led to corrections in design or manufacturing processes.
The Redstone Technical Test Center also has used high-speed communications technology Noun 1. communications technology - the activity of designing and constructing and maintaining communication systems
engineering, technology - the practical application of science to commerce or industry to link with DTC's White Sands Missile Range, enabling the two centers to conduct collaborative, nondestructive testing Nondestructive testing (NDT), also called nondestructive evaluation (NDE) and nondestructive inspection (NDI), is testing that does not destroy the test object. NDE is vital for constructing and maintaining all types of components and structures. on the Javelin missile There are two missiles named Javelin.
He saw the missile go down range via an EOSFEL simulation linked to White Sands by the Defense Research and Engineering Network The Defense Research and Engineering Network (DREN) provides long-haul communication service for the United States Department of Defense’s high performance computing (HPC) environment. , a high-speed wide area network connection. The soldier didn't notice a lapse in response time after pressing the trigger, due to the speed of communications between the two test centers.
Among the threats confronting the United States and its allies is the use of unconventional weapons or terrorist attacks. As U.S. military forces transform to meet new threats, there is a critical need to test emerging technologies designed to provide protection from chemical and biological threats. Dugway Proving Ground conducts a wide range of chemical and biological tests to assist the Defense Department and other agencies develop protective measures. A virtual proving-ground initiative known as the Chemical/Biological Simulated Natural Environment currently is under way at Dugway.
The thrust of this program is to develop a physics-based, realistic digital representation of chemical and biological threats in traditional and urban battlefield environments. Output from a simulated environment is employed to support live and virtual tests of materials to be acquired for chemical and biological protection.
Dugway also has the capability to use its virtual proving-ground simulation capabilities to support training as well as testing.
One technology recently tested at Dugway with the aid of its virtual capabilities is the Biological Aerosol Warning System (BAWS BAWS Biological Agent Warning Sensor
BAWS Biological Aerosol Warning Sensor
BAWS Biological Agent Warning System ), under development by the Army's Edgewood Chemical Biological Center, in Maryland. The BAWS is an array of point biological aerosol detectors networked to detect biological agent attacks while reducing the likelihood of false alarms.
Dugway's West Desert Test Center used digital representations of biological threat clouds, as well as chemical simulants that represent a biological threat, and employed them during a four-week test to evaluate the performance of soldiers and Marines operating a BAWS "base station."
The West Desert Test Center is working to improve computer-based modeling and simulation, as well as digitally-based testing, using these virtual tools to enhance the testing of chemical/biological defense systems.
Mike Cast is a public affairs specialist at the U.S. Army Developmental Test Command, Aberdeen Proving Ground Aberdeen Proving Ground (APG) is a United States Army facility located near Aberdeen, Maryland (in Harford County).
The Army's oldest active proving ground, it was established on October 20, 1917, six months after the United States entered World War I. , Md.