The paper introduces a model of wireless sensor network (WSN) nodes with SystemC-AMS, a C++ based language for system-level description, then presents model refinements and simulation improvements of the system. First...
详细信息
ISBN:
(纸本)9781424419838
The paper introduces a model of wireless sensor network (WSN) nodes with SystemC-AMS, a C++ based language for system-level description, then presents model refinements and simulation improvements of the system. Firstly the paper details the components of a WSN node : a sensor, an ADC, a microcontroller and a RF transceiver with some introduced impairements. Secondly, it presents the implementation of RF components refinements, for a designer closer model specifications, such as power gain, noise figure, IIP3 specifications. Finally, the third part shows the simulation improvements introduced by a baseband equivalent implementation made easier with a C++ based language.
For predicting dynamic responses of electrostatically actuated RF-MEMS it is imperative to be able to include fluid squeeze film effects (air damping) in a directly coupled electrostatic-mechanical model, in an effici...
详细信息
This paper discusses the thermo-mechanical design and analysis of a large die FCBGA. This work focuses on co-design of the 1st level and 2 nd level solder joint reliability analysis of a flip chip package emphasizing ...
详细信息
The proceedings contain 108 papers. The topics discussed include: high performance computing in nanoscale electro-thermal modeling and simulations;LTCC in microelectronics, microsystems, and sensors;the HiSIM compact ...
ISBN:
(纸本)8392263278
The proceedings contain 108 papers. The topics discussed include: high performance computing in nanoscale electro-thermal modeling and simulations;LTCC in microelectronics, microsystems, and sensors;the HiSIM compact model family for integrated devices containing a surface-potential MOSFET core;analytical modeling of the electrostatic potential in MOS devices by conformal mapping;development of multi-gate MOSFET models for circuit simulation with a compact modeling platform;electrical characterization of FinFETs;electrical characterization of MOSFETs with ultrathin SiON gate dielectric;modeling of high-voltage NMOS transistors using extended BSIM3 model;noise optimization of fast charge sensitive amplifier in submicron technology for low power application;TCAD modeling and characterization of short-range variations in multiple-gate devices and circuit blocks;and a novel approach for real time neutron radiation monitoring based on the bubble dosimeter.
Fast analysis of power grid networks has been a challenging problem for many years. The huge size renders circuit simulation inefficient and the large number of inputs further limits the application of existing Krylov...
详细信息
ISBN:
(纸本)9781424428205
Fast analysis of power grid networks has been a challenging problem for many years. The huge size renders circuit simulation inefficient and the large number of inputs further limits the application of existing Krylov-subspace macromodeling algorithms. However, strong locality has been observed that two nodes geometrically far have very small electrical impact on each other because of the exponential attenuation. However, no systematic approaches have been proposed to exploit such locality. In this paper, we propose a novel modeling and simulation scheme, which can automatically identify the dominant inputs for a given observed node in a power grid network. This enables us to build extremely compact models by projecting the system onto the locally dominant Krylov subspace corresponding to those dominant inputs only. The resulting simulation can be very fast with the compact models if we only need to view the responses of a few nodes under many different inputs. Experimental results show that the proposed method can have at least 100X speedup over SPICE-like simulations on a number of large power grid networks up to 1M nodes.
In the design of micro-electromechanical systems (MEMS) such as micro-resonators, one of the major dissipation phenomena to consider is thermoelastic damping. The performance of such MEMS is directly related to their ...
详细信息
The design, Automation and Test in Europe (DATE) conference celebrated in 2007 its tenth anniversary. As a tribute to the chip and system-level design and design technology community, this book presents a compilation ...
ISBN:
(数字)9781402064883
ISBN:
(纸本)9781402064876
The design, Automation and Test in Europe (DATE) conference celebrated in 2007 its tenth anniversary. As a tribute to the chip and system-level design and design technology community, this book presents a compilation of the three most influential papers of each year. This provides an excellent historical overview of the evolution of a domain that contributed substantially to the growth and competitiveness of the circuit electronics and systems industry. The papers were grouped in six sections: System Level design; Networks on Chip; modeling, simulation and Run-Time Management; Digital Systems in CMOS and Beyond; Physical design and Validation; and Test and Verification. The winners of the prestigious EDAA Lifetime Achievement Award as well as other recognized experts in their field wrote an introduction to each section, summarizing the history in their domain and indicating how the selected DATE papers contributed to it.
The electro-active polymers smart materials are typically characterized by their large strain, low modulus, and high compliance which make them suitable and of efficient use in area of actuation. Dielectric electroact...
详细信息
This paper focuses on the nonlinear modeling of a tripod type parallel manipulator and the stabilization controller design for base disturbance attenuation. The active tripod is designed to isolate a delicate device, ...
详细信息
The following topics are dealt: microelectronics; nanotechnologies; semiconductor device/circuit physics and modeling; opto and microwave devices and ICs; semiconductor processes and technologies; microsystem technolo...
The following topics are dealt: microelectronics; nanotechnologies; semiconductor device/circuit physics and modeling; opto and microwave devices and ICs; semiconductor processes and technologies; microsystem technologies; circuit design and testing; VLSI circuits; system design; circuit modeling and simulation; and device/circuit reliability physics.
暂无评论