Aktuális sajtó tartalmak és illusztrációs fotók

[test driven development] képek

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Isometric AI-Driven Laboratory for Pharmaceutical Research and Biotechnology. Artificial Intelligence in Drug Development Concept-stock-foto
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Revenue cycle management text written on paper card with stethoscope and alarm clock on red background-stock-foto
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Image of data processing and globe over test tube-stock-foto
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To test its ability to cross in case of an emergency, a fire truck from Arnold Air Force Base Fire and Emergency Services is driven across the bridge component of an Armored Vehicle Launched Bridge Jan. 6, 2024, at Arnold AFB, Tenn. AVLBs carry a deployable bridge and are designed to allow tanks, infantry fighting vehicles and other tactical vehicles to cross small rivers, gaps and other terrain obstacles on the battlefield. The AVLB was commercially delivered to Arnold from Fort Campbell, Ky., on Nov. 30, 2023, and was needed to move a large crane across an Arnold alleyway where the axle load-stock-foto
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U.S. Marine Corps Lance Cpl. Steven Engelhardt, Plane Captain from Marine Operational Test and Evaluation Squadron One, and U.S. Air Force Capt. Matthew Brown, 422nd Test and Evaluation Squadron, participate as a team for Black Flag 22-2 training flight at Nellis Air Force Base, Nevada, Sept. 21, 2022. Black Flags are all domain large force test series exercises, focused on kill-web integration, advanced survivability and data driven tests. Black Flag 22-2,Nellis AFB,f-35A Lightning II,f-35,-stock-foto
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Lt. Gen. Jon Jensen, director of the Army National Guard, listens as Lucas Hunter, a technician with U.S. Army Combat Capabilities Development Command, Aviation and Missile Center, explains the features of a HIMARS system modified to be driven autonomously and fired remotely during testing at exercise Northern Strike at Camp Grayling, Michigan, Friday, Aug. 5, 2022. Army National Guard,DARNG,DEVCOM,Northern Strike,lt. gen. jon jensen,-stock-foto
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Lucas Hunter, a technician with U.S. Army Combat Capabilities Development Command, Aviation and Missile Center, briefs Lt. General Jon Jensen, right, director of the Army National Guard and senior Michigan Army National Guard leaders on the features of a HIMARS system modified to be driven autonomously and fired remotely during testing at exercise Northern Strike at Camp Grayling, Michigan, Friday, Aug. 5, 2022. Army National Guard,DARNG,Northern Strike 2022,lt.gen. jon jensen,-stock-foto
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A large emitter tested during Vanguard 22, an inaugural pilot exercise July 18-22, at the Lieutenant John R. Fox Multi-Domain Operations Non-Kinetic Range complex, designed to explore and evaluate software driven threat representation capabilities and inform Army leadership on MDO testing, training, and range requirements of the future. Army Futures Command,Vanguard 22,Warfighting,fort huachuca,multi-domain operations,usaicoe,-stock-foto
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TDD write on sticky notes isolated on Wooden Table.-stock-foto
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Agile management, the principles of agile software development and lean management to various management processes, product development lifecycle  and-stock-foto
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Agile management, the principles of agile software development and lean management to various management processes, product development lifecycle  and-stock-foto
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Dr. Justin Garrard, right, Reliability Engineering manager for the Test Operations and Sustainment contractor for Arnold Engineering Development Complex, leads a discussion with members of the Facility Maintenance Data Analysis team during the Air Force Test Center Data Hackathon, March 15, 2022, at Arnold Air Force Base, Tenn. Also pictured are, from left, Andrew Wright with Cyber Mission Assurance; Albert Velazquez, propulsion asset manager; Adam Moon with capability integration; and Will Garner, Aeropropulsion instrumentation data and control technical lead.-stock-foto
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At Yuma Proving Ground (YPG), the Automotive Instrumentation Section within the Instrumentation Division is equipped to test self-driven and driver-aided vehicles.-stock-foto
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An M1A2 SEPv3 Abrams tank from Army Field Support Battalion-Mannheim’s Army Prepositioned Stock site at Coleman Worksite is driven onto a newly redesigned prototype rail car Aug. 10. The SEPv3 Abrams is heavier than its predecessors, weighing more than 73 tons.-stock-foto
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Agile management, the principles of agile software development and lean management to various management processes, product development lifecycle  and-stock-foto
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Air Force Tech Sgt. Casey Michalski (left), Staff Sgt. Kevin Lassen, and Staff Sgt. Renee Scherf, Detachment 23 curriculum engineers, test virtual reality training systems. Members of Detachment 23’s Tech Training Transformation are part of Air Education and Training Command and responsible for re-engineering tech training. Their cutting-edge program utilizes virtual reality training systems and artificial intelligence, among other modalities, to transform the Airmen development process.-stock-foto
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King-Bugatti U-16 Engine (1919) was a liquid-cooled, 16-cylinder U-type reciprocating aircraft engine rated at 306 kW (410 hp) at 2,000 rpm with 24.3 L displacement, 110 mm bore, 160 mm stroke, and dry weight of 583 kg. Designed by Ettore Bugatti and adapted for U.S. production by Charles B. King at Duesenberg Motors, it passed a 50-hour military test in October 1918. The archival image documents this World War I–era powerplant.-stock-foto
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King-Bugatti U-16 Engine (1919) was a liquid-cooled, 16-cylinder U-type reciprocating aircraft engine rated at 306 kW (410 hp) at 2,000 rpm with 24.3 L displacement, 110 mm bore, 160 mm stroke, and dry weight of 583 kg. Designed by Ettore Bugatti and adapted for U.S. production by Charles B. King at Duesenberg Motors, it passed a 50-hour military test in October 1918. The archival image documents this World War I–era powerplant.-stock-foto
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King-Bugatti U-16 Engine (1919) was a liquid-cooled, 16-cylinder U-type reciprocating aircraft engine rated at 306 kW (410 hp) at 2,000 rpm with 24.3 L displacement, 110 mm bore, 160 mm stroke, and dry weight of 583 kg. Designed by Ettore Bugatti and adapted for U.S. production by Charles B. King at Duesenberg Motors, it passed a 50-hour military test in October 1918. The archival image documents this World War I–era powerplant.-stock-foto
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King-Bugatti U-16 Engine (1919) was a liquid-cooled, 16-cylinder U-type reciprocating aircraft engine rated at 306 kW (410 hp) at 2,000 rpm with 24.3 L displacement, 110 mm bore, 160 mm stroke, and dry weight of 583 kg. Designed by Ettore Bugatti and adapted for U.S. production by Charles B. King at Duesenberg Motors, it passed a 50-hour military test in October 1918. The archival image documents this World War I–era powerplant.-stock-foto
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The 926th Wing's Maj. Kimberly Hale, 14th Test Squadron, chief of training, presents her winning solution during the virtual Datathon, April 1, hosted by the Department of the Air Force Chief Data Office.-stock-foto
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People using innovative technologies for education, attending online courses, interacting with virtual reality and artificial intelligence-stock-foto
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Grumman F8F-2 Bearcat Conquest I was a modified World War II–era carrier-based fighter adapted for Unlimited Class air racing by test pilot Darryl G. Greenamyer. Originally designed by Grumman as a single-engine, piston-powered replacement for the F6F Hellcat, the F8F-2 featured a Pratt & Whitney R-2800 radial engine and four-blade propeller. This archival image records the aircraft in its racing configuration with shortened wingspan and modified canopy.-stock-foto
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Lunar Roving Vehicle Qualification Test Unit was a ground test vehicle built to validate the design of the battery-powered Lunar Roving Vehicle used on Apollo missions 15, 16, and 17 and manufactured by Boeing for NASA. The archival image records a non-flight test unit subjected to environmental qualification for lunar surface operations before museum transfer in 1975.-stock-foto
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Lunar Roving Vehicle Qualification Test Unit was a non-flight development vehicle built by Boeing for NASA to test the design used on Apollo 15, 16, and 17 missions. The battery-powered rover was stowed on the Lunar Module descent stage and operated on the Moon using a hand controller. After structural testing, NASA transferred the unit to a museum in 1975. The archival photograph documents the rover’s frame and mobility systems.-stock-foto
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Lockheed Martin F-35B Lightning II is a fifth-generation short takeoff and vertical landing strike fighter developed for the United States Marine Corps and partner nations. The archival image documents F-35B ski jump and field carrier landing practice at Naval Air Station Patuxent River on August 28, 2018, supporting First of Class Flight Trials aboard HMS Queen Elizabeth.-stock-foto
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Lockheed Martin F-35B Lightning II is a fifth-generation short takeoff and vertical landing strike fighter developed for the United States Marine Corps and partner nations. The archival image documents F-35B ski jump and field carrier landing practice at Naval Air Station Patuxent River on August 28, 2018, supporting First of Class Flight Trials aboard HMS Queen Elizabeth.-stock-foto
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Lockheed Martin F-35B Lightning II is a fifth-generation short takeoff and vertical landing strike fighter developed for the United States Marine Corps and partner nations. The archival image documents F-35B ski jump and field carrier landing practice at Naval Air Station Patuxent River on August 28, 2018, supporting First of Class Flight Trials aboard HMS Queen Elizabeth.-stock-foto
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Lockheed Martin F-35B Lightning II is a fifth-generation short takeoff and vertical landing strike fighter developed for the United States Marine Corps and partner nations. The archival image documents F-35B ski jump and field carrier landing practice at Naval Air Station Patuxent River on August 28, 2018, supporting First of Class Flight Trials aboard HMS Queen Elizabeth.-stock-foto
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[Toilers of the Sea] Lethierry [test not selected]-stock-foto
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F-35B Lightning II is a fifth generation multirole fighter manufactured by Lockheed Martin featuring short takeoff and vertical landing capability. The archival image documents BF-1 completing crosswind STOVL system design and development flight testing at Naval Air Station Patuxent River, Maryland, on March 5, marking the final SDD phase evaluations for the aircraft.-stock-foto
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Samuel P. Langley’s 1903 Quarter-scale Aerodrome was an unpiloted experimental aircraft with a tandem-wing configuration and powered by a five-cylinder radial internal combustion gasoline engine. The engine produced approximately 3.2 horsepower and drove two pusher propellers through a geared transmission system. The aircraft had a silk covering with no sealant or paint and successfully flew twice: 46 m (150 ft) and 108 m.-stock-foto
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Samuel P. Langley’s Quarter-scale Aerodrome, constructed in 1903, was an unpiloted experimental aircraft powered by a five-cylinder radial internal combustion engine. The aircraft had a silk covering and utilized natural fabric finish, with no sealant or paint. This experimental model was built to test the feasibility of Langley’s aeronautical theories. The aircraft made two short flights, covering 46m and 108m, before being discontinued.-stock-foto
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U.S. Army soldier takes part in the final event of the Expert Field Medical Badge assessment at Fort Bragg, North Carolina, on October 24, 2017. The Expert Field Medical Badge is conferred upon personnel who complete designated physical and mental examinations. The archival image records the concluding phase of the qualification process.-stock-foto
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Army Research Laboratory is a component of the United States Army Combat Capabilities Development Command responsible for scientific research supporting land forces. The archival image documents efforts to produce low-cost unmanned aerial systems through additive manufacturing to enhance reconnaissance and situational awareness for deployed units.-stock-foto
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Joint Tactical Aerial Resupply Vehicle is an experimental quadcopter unmanned aerial system evaluated by the U.S. Army for autonomous battlefield resupply. On September 22, 2017, soldiers of the 3d U.S. Infantry Regiment and personnel from the Army Research Laboratory conducted an exercise with the system at Fort A.P. Hill, Virginia. The archival image documents field testing of an unmanned aerial vehicle for logistical support operations.-stock-foto
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Embraer EMB 314 Super Tucano A-29 is a turboprop light attack aircraft manufactured by Embraer. The aircraft flies over White Sands Missile Range, New Mexico, on Aug. 1, 2017, during the United States Air Force Light Attack Experiment (OA-X). The archival image records airborne testing to assess suitability for attack missions.-stock-foto
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Embraer EMB 314 Super Tucano A-29 is a turboprop light attack aircraft manufactured by Embraer. The aircraft flies over White Sands Missile Range, New Mexico, on Aug. 1, 2017, during the United States Air Force Light Attack Experiment (OA-X). The archival image records airborne testing to assess suitability for attack missions.-stock-foto
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Samuel P. Langley’s Langley Quarter-scale Aerodrome, built in 1903, was an experimental, unpiloted aircraft. Powered by a 3.2 horsepower, five-cylinder radial engine, it featured tandem wings and silk covering. The aircraft made two successful test flights, marking an important step in early aviation development. Langley’s work laid the groundwork for his later attempts at creating a full-sized human-carrying airplane.-stock-foto
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Samuel P. Langley’s 1903 Quarter-scale Aerodrome, an unpiloted tandem-wing experimental aircraft, was powered by a five-cylinder radial internal combustion engine generating about 3.2 horsepower. The engine drove two pusher propellers through a geared transmission system. The aircraft featured a silk covering with no sealant or paint. It made two successful test flights: one of 46 meters and another of 108 meters.-stock-foto