Thermal Covert Channels on Multi-core Platforms
In this section, we present a preliminary study of how thermal side channels enable unauthorised thermal pro-filing of processes even in systems that implement strong isolation mechanisms like
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In this section, we present a preliminary study of how thermal side channels enable unauthorised thermal pro-filing of processes even in systems that implement strong isolation mechanisms like
Thermal covert channel and covert timing channel attacks, which use temperature and timing, respectively to transfer information, are two dominant examples that can compromise
Object Tracking (VOT-TIR) challenges. As a consequence, many state-of-the-art trackers for the IR domain have been proposed, but there remains a need for reliable IR-based trackers for anti-air
While it may effectively disrupt certain channels, such as thermal covert channels, its applicability and ability to act against timing covert channels require further investigation and further
Thermal infrared (TIR) target tracking task is not affected by illumination changes and can be tracked at night, on rainy days, foggy days, and
For anti-drone systems, determining whether a local tracker effectively tracks a drone target and switching to global detection is crucial. Therefore, in our work, we design an evidential
A new detection–estimation–correction anti-spoofing technique based on the vector tracking loop (VTL) structure that does not need external information and shows a wide range of potential applicability
In response, this paper presents a novel approach that improves the early detection of abnormal thermal fluctuations in SiP designs, preventing cybercriminals from exploiting such
This post aims to compare two mainstream thermal side channel detection techniques.
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To address the challenge of capturing highly discriminative features in thermal infrared (TIR) tracking, we propose a novel Siamese tracker based on cross-channel fine-grained feature learning and
Channel Coded Distribution Field T racking for Thermal Infrared Imagery Amanda Berg 1,2, J¨ orgen Ahlberg 1,2, Michael Felsberg2 1 Termisk
It is difficult to defeat infrared thermal imaging optics. However, there are some materials and methods that can make detection more difficult. Quick
To efficiently tackle occlusion challenges in TIR target tracking, this study introduces AODiMP-TIR, an anti-occlusion tracker built upon the
Abstract To address the issue of tracking drift and failures in thermal infrared (TIR) tracking tasks caused by target occlusion, this study proposes an
Anti-UAV410. The benchmark comprises a total of 410 videos with over 438 K manually annotated bounding boxes. To tackle the challenges of UAV tracking in complex environments, we
This review consolidates the landscape of thermal side-channel attacks (TSCAs) on densely integrated microarchitectures: we systematize observation vectors and threat models, clarify
REPL Heat Shrinkable Anti Tracking tubes (RART) are used to reconstruct the electrical cable by providing insulation and tracking resistance as well as environmental protection against chemical
Anti-tracking heat shrink tubing prevents electrical tracking and arcing. Ideal for high-voltage insulation in electrical and industrial environments.
Flame retardant crosslinked polyolefin heat shrink tubing, with erosion and tracking resistance manufactured with an inner layer of hot-melt adhesive which provides electrical stress control.
Abstract—Information leakage through temperature based covert channels is a growing threat in modern multicore pro-cessors. Thus, accurately detecting the presence of such ther-mal covert
RCS-AT/RCS-ATA Heat Shrink Tubing is a high-performance insulation solution designed for medium and high-voltage applications. Offering superior anti
We address short-term, single-object tracking, a topic that is currently seeing fast progress for visual video, for the case of thermal infrared (TIR) imagery. The fast progress has been possible thanks to
Real-time tracking information obtained by scalar tracking loops is required to initialize VTL before switching to vector tracking mode; then with the stored ephemeris, the integration filter
These topics are closely intertwined with thermal behavior at the device and system levels, making them particularly relevant to the study of thermal side-channel vulnerabilities in
For each tile location, a set of tile powers and Theta-JA are input to the trained DeltaT Predictor to predict the temperature at the corresponding tile and added to the Temp from rough thermal profile
The thermal covert channels (TCCs) in many-core systems can cause detrimental data breaches. In this article, we present a three-step scheme to detect and fight against such TCC attacks. Specifically, in