Application specific operating systems (ASOS) are developing quickly as a new trend in real-time control systems development. It often belongs to system on chip. The scheduling for ASOS should satisfy two basic demand...
详细信息
Being parallel to frequency domain robust steering controller designs, time domain approaches attract considerable interest in the last decade. Based on previous research results, a synthesized time design framework i...
详细信息
We propose adaptive nonlinear auto-associative modeling (ANAM) based on Locally Linear Embedding algorithm (LLE) for learning intrinsic principal features of each concept separately and recognition thereby. Unlike tra...
详细信息
Cooperative driving technology with aid of intervehicle communication attracts increasing interests recently. Under cooperative driving guidance, motion of individual vehicles can be conducted in a more safe and smoot...
详细信息
Quasiscaling exponent ζnM;D is introduced by the ratio of turbulence velocity structure functions Sn(rD)∕Sn(rM)=(rD∕rM)ζnM;D at scales rM and rD to measure the viscous and large-scale effects. Two inertial phenome...
详细信息
Quasiscaling exponent ζnM;D is introduced by the ratio of turbulence velocity structure functions Sn(rD)∕Sn(rM)=(rD∕rM)ζnM;D at scales rM and rD to measure the viscous and large-scale effects. Two inertial phenomenologies, respectively, that by She and Leveque [Phys. Rev. Lett. 72, 336 (1994)] and that by Meneveau and Sreenivason [Phys. Rev. Lett. 59, 1424 (1987)], are extended for quasiscaling as case studies. Both extended models fit well to the measurements and quantify the noninertial behaviors from different physical aspects, i.e., logarithmic-nonhomogeneous Poissonian and nonconservative binomial cascade, through the scale-dependent behaviors of the model parameters extracted from experimental data; and the physical meanings of the extended self-similarity properties for them are exposed.
In the Internet age, software is one of the core components for the operation of network and it penetrates almost all aspects of industry, commerce, and daily life. Since digital documents and objects can be duplicate...
详细信息
This paper outlines the basic concepts, major methods, and key issues for the development of artificial transportation systems, which is a natural extension of computer simulations for systems analysis and decision su...
详细信息
This paper presents a mobile-agent and OSGi based three-tier control system architecture for smart home. In the OSGi platform of home gateway, UPnP technology and intelligent agent technology works together to achieve...
详细信息
ISBN:
(纸本)0780388127
This paper presents a mobile-agent and OSGi based three-tier control system architecture for smart home. In the OSGi platform of home gateway, UPnP technology and intelligent agent technology works together to achieve automation of devices discovery, registry, and management. By means of OSGi middleware and mobile agent technology, the proposed hierarchical architecture supports remote devices control and fault diagnosis, dynamic service provisioning, flexible system performance management, integration of heterogeneous devices, and agent-based distributed control.
Motion segmentation is a very critical task in video surveillance system. In the paper two novel components, background reconstruction and foreground mergence time control, have been incorporated into the adaptive mix...
详细信息
Motion segmentation is a very critical task in video surveillance system. In the paper two novel components, background reconstruction and foreground mergence time control, have been incorporated into the adaptive mixture Gaussian background model. The background reconstruction algorithm constructs a static background image from a video sequence that contains moving objects in the scene; then the static background image is used to initialize the background model. The foreground mergence time control mechanism is introduced to make the foreground mergence time adjustable and independent of the model's learning rate. Rationales are discussed in detail and experimental results are shown.
Recent advances and research trends for intelligent vehicles were studied. Vehicle-state sensing focuses on measuring a vehicle's movement and monitoring its actuators. Individual-vehicle-control research focuses ...
详细信息
Recent advances and research trends for intelligent vehicles were studied. Vehicle-state sensing focuses on measuring a vehicle's movement and monitoring its actuators. Individual-vehicle-control research focuses mainly on guaranteeing driving safety. The results suggest that intervehicle, vehicle-roadside, and vehicle-driver information sharing currently the most attractive trend in intelligent-vehicle research.
暂无评论