Cambridge Pixel
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Augmented vision: Fusing radars and cameras for improved situational awareness
The advent of augmented reality (AR) systems is no longer the reserve of fighter pilots with heads-up displays and soldiers with wearable AR goggles; AR is now being used in military surveillance systems as well. Superimposing context-dependent graphical information as an overlay to camera video can aid in the interpretation of a complex surveillance situation, enabling a faster response to threats, clarity of decision-making, and improved situational awareness.
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Analog to network radar video data converter released by Cambridge Pixel
CAMBRIDGE, United Kingdom. Officials at Cambridge Pixel released the HPx-346. It is a compact, low power, standalone primary radar input and network distribution card.
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Radar processing for naval upgrades: Software architecture is key to flexibility
Advances in naval radar capabilities need to be matched with flexible software architectures that can exploit the radar sensor to identify threats and provide robust software solutions, including multihypothesis, multimodel tracking, that can evolve over extended military program life cycles.
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Cambridge Pixel to supply UK's radar system with display and target tracking modules
CAMBRIDGE, United Kingdom. Lockheed Martin Integrated Systems UK officials selected Cambridge Pixel's radar display and target tracking modules to integrate into the company's Naval Vigilance Radar system.
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Countering "backdoor" threats with ADS-B and AIS-enhanced radar/video surveillance
A hybrid surveillance system uses radar together with video for high-accuracy threat detection.
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Radar displays for Thai air force get upgrade from Cambridge Pixel
BANGKOK, Thailand. Cambridge Pixel was selected by engineers at the Royal Thai air force (RTAF) headquarters at Don Muang Airbase, Bangkok, Thailand to upgrade its radar display technology and air defense processing at several strategic sites across their country -- such as air force bases and training facilities -- without replacing the existing and expensive radar sensors.
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Saab ATM uses RadarView software from Cambridge Pixel for surface movement radar
SYRACUSE, N.Y. Saab Air Traffic Management (ATM) engineers chose the RadarView radar visualization software from Cambridge Pixel to support integration and optimization of its SR-3 Airport Surface Movement Radar (SMR).
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Software modules for radar-camera sensor integration released by Cambridge Pixel
CAMBRIDGE, United Kingdom. Cambridge Pixel engineers announced a new line of software modules for radar and camera security designers to integrate different sensor types into their solutions to reduce development cost and time.
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Fusing video and radar tracks in multisensor military security
Effective fusion of multiple sensors such as radar video and cameras is the key to presenting a situational display in military security applications that successfully informs the operator and supports critical decision-making. However, while track display with track fusion offers the benefits of simplifying the display presentation based on an assessment of threat, this approach is only as effective as the rules used to process, filter, and select the information. Complementing the processed display with the ability to show primary sensor data allows for simplified presentation of complex information where there is confidence in the data interpretation, while still permitting the operator to observe raw sensor data for manual interpretation, verification, or simply reassurance.
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Cambridge Pixel sensor fusion technology integrated with Hyperstar C2/ABI system
CAMBRIDGE, UK. Engineers at Suritec have integrated the Cambridge Pixel SPx Fusion video and display software into the Hyperstar Command & Control (C2) Activity-Based Intelligence (ABI) system. SPx fusion enables fusing primary radar video tracks with Automatic Dependent Surveillance-Broadcast (ADS-B) and Automatic Identification System (AIS) data from ship and aircraft transponders. This capability will improve target validation and reduce information on the operator display of the Hyperstar system.
Mariana Iriarte, Technology Editor
John McHale, Editorial Director
John McHale, Editorial Director
Brandon Lewis, Technology Editor- 1
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