Timing driven

Similar simulations have been carried out by other research groups. Ouyang and Li (1999) developed a slightly different version of this model. Helland et al. (1999) recently developed a DPM in which hard-sphere collisions are assumed, but where a time-driven scheme (typically found in the soft-sphere model) is used to locate the collisional particle pair. Effect of the gas turbulence has also... 

This area is undergoing huge developments at the present time, driven in part by environmental concerns regarding the use of wood treated with certain preservatives. There has been considerable commercial interest shown in wood modification over the past decade, with products based upon thermal modification and furfurylation now being actively marketed. The next few years will see the commercialization of acetylation and impregnation modification. This is a new industry, but one that has enormous potential. 

All R D Managers want to have their groups staffed by people who have ideas. Many will agree with the old maxim that R D needs such people even if their ideas do not work at least they are producing ideas, and the big one may be just around the corner. Thus at the core of any creative or innovative step lies the contribution made by individuals. These creative ideas people are often not the type of persons who can turn their ideas into innovations or can function well in time driven project teams. 

Example 27.5 Again, we have a flyer plate of steel in. thick, this time driven by a l-in.-thick charge of Detasheet . However, this time, the plate and charge have a finite diameter they comprise a cylinder 1 in. in diameter. The charge is initiated at the end opposite the flyer. What will the flyer velocity be ... 

Arena 3D http //arena3d.org Visualization of time-driven phenotypic differences... 

Secrier M, Pavlopoulos GA, Aerts J, Schneider R (2012) Arena3D visualizing time-driven phenotypic differences in biological systems. BMC Bioinformatics 13 45... 

Within the QC scheme, regions of the PCB that are relevant to a certain reaction mechanism could be accessed by using, for instance, molecular dynamics methods. Here, any change in PCB configuration in laboratory space would reflect a change in Hilbert space, namely, the quantum amplitudes. One can then use this idea to devise a computational protocol whereby the PCB configuration evolves over time, driven by changes in amplitudes obtained from equation (5). 

CACI Products Company provides SIMSCRIPT II.5. Developed by Kiviat, Villanueva, and Markowitz, it is an event-oriented discrete-event simulation language (Eiviat et al. 1969 RusseU 1983). SIMSCRIPT II.5 consists of features for developing time-driven simulation models. It includes both... 

In these processes, the active compounds are driven to the area of adsorption by a carrier enclosed in matrix or core-shell configuration. Important parameters to increase the bioavailability are, for example, the size of the global compound, the encapsulated quantities (loading efficiency), the thickness of the external shell in case of time-driven controlled release, and also the shape of the particle. 

Baldi M., Ofek Y., 2000, Blocking Probability with Time-driven Priority Scheduling, SCS Symposium on Performance Evaluation of Computer and Telecommunication Systems (SPECTS 2000). 

DESIGN AUTOMATION FOR TIMING-DRIVEN LAYOUT SYNTHESIS, S. S. Sapatnekar, S. Kang... 

Timing-driven gate cloning for interconnect optimization... 

The flow can be repeated with net weighting and timing-driven placement for the first stage to potentially improve results. 

Buffer Insertion During Timing-Driven Placement... 

The choice of computational techniques for latch placement depends on where this optimization is invoked in a physical synthesis flow. In Chap. 2 we described the major phases of physical synthesis global placement, electrical correction, legalization, timing analysis, detailed placement, critical-path optimization and compression, which may be iterated with timing-driven placement to improve solution quality. 

Fig. 3.1 The contributions in this chapter improve the state of the art in critical path optimization and timing-driven detailed placement...

Fig. 3.2 The placement of a pipeline latch impacts the slacks of both input and output paths. A wirelength objective does not capture the timing effects of this situation, and with equal net weights a placer may choose the configuration in a. In trying to fix this path, timing-driven net weighting would increase the weight on net n%, and placement would then choose the configuration in b. Placing the latch in the center as in c is also not an optimal approach. There may be only a single optimal location as shown in d...

We develop RUMBLE, a linear-programming-based, timing-driven placement algorithm which includes buffering for slack-optimal placement of individual latches under this model and show its effectiveness experimentally. 

The remainder of this chapter is organized as follows. Section 3.2 discusses background and previous work. Section 3.3 describes the timing model we use in this work. Section 3.4 describes how RUMBLE performs timing-driven placement. Section 3.5 describes the RUMBLE algorithm. Section 3.6 shows experimental results. Conclusions are drawn in Sect. 3.7. 

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