Results 231 to 240 of about 1,434,890 (281)
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An investigation into differential braking strategies for vehicle stability control
Proceedings of the Institution of Mechanical Engineers, Part D: Journal of Automobile Engineering, 2003This paper presents a differential braking strategy for vehicle stability control. The controller has been designed using a three-degree-of-freedom (3DOF) yaw plane vehicle model, and a simulation study has been performed using a full non-linear three-dimensional vehicle model.
Taeyoung Chung, Seungjong Yi
exaly +2 more sources
Stepping on the molecular brake: Slowing down proliferation to allow differentiation
Developmental Cell, 2022Cellular differentiation can entail changes to the cell cycle. In this issue of Developmental Cell, Han et al. show that the transcription factor MUTE directly activates expression of the cyclin-dependent kinase (CDK) inhibitor SIAMESE RELATED 4 (SMR4), thereby slowing down G1 during the transition to stomatal differentiation.
Isabella, Burda, Adrienne H K, Roeder
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Autonomous Evasive Steering with Differential Braking Backup
2020 20th International Conference on Control, Automation and Systems (ICCAS), 2020Every today’s vehicle is equipped with four independent brakes. When well-coordinated, these brakes can decelerate the vehicle and at the same time help control its yaw rate. This paper focuses on the use of this feature as a backup for autonomous evasive steering in severe situations.
Moad Kissai +3 more
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Programmable differential brake for passive haptics
Robotics and Autonomous Systems, 2010This paper outlines work on a novel programmable braking system, which is widely applicable to most passive haptic applications and benefits from a simple design, theoretically infinite positional resolution and the ability to generate stiff collision forces, without the need for any explicit force measurements.
Yaroslav Tenzer +2 more
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Vehicle steering intervention through differential braking
Proceedings of 1995 American Control Conference - ACC'95, 1998This paper examines the usefulness of a brake steer system (BSS) which uses differential brake forces for steering intervention in the context of Intelligent Transportation Systems. The resulting moment on the vehicle affects yaw rate and lateral position, thereby providing a limited steering function.
Tom Pilutti, Galip Ulsoy, Davor Hrovat
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Kindlin-3 puts the brakes on B cell activation and differentiation
Journal of Leukocyte Biology, 2022Discussion on the role of kindlin-3 in regulation of integrin function, B cell homing, cross-talk with the CXCR5:CXCL13 axis and B cell activation.
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Innovative Design of a New Differential Brake
Advanced Materials Research, 2011Abstract. Selects an excellent performance of the existing mechanism, the use of number synthesis theory of mechanism, according to generalized principle, we can get generalized kinematic chains which accord with topological structure of existing mechanism.
Wan Chun Zhou, Fen Fang Zhou
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IEEE Transactions on Intelligent Transportation Systems, 2021
Controlling the lateral dynamics of an autonomous vehicle confronting a sudden obstacle requires optimal use of tires’ force capacities. In these situations, autonomous steering may not be able to respond fast enough to prevent collision or instability.
Reza Hajiloo +4 more
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Controlling the lateral dynamics of an autonomous vehicle confronting a sudden obstacle requires optimal use of tires’ force capacities. In these situations, autonomous steering may not be able to respond fast enough to prevent collision or instability.
Reza Hajiloo +4 more
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Differential System of Crane Braking
2019The brake system of the crane is one of the main systems responsible for its safety. Due to the presence of a number of factors, such as unequal braking force of the brake spring, uneven wearout of the brake pads, and the presence of pollutants, the friction force is variable and varies widely.
S. V. Streltsov, V. A. Ryzhikov
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