By Bruce A. Schumm
An invaluable medical idea, claimed Einstein, has to be explicable to any clever individual. In Deep Down Things, experimental particle physicist Bruce Schumm has taken this dictum to middle, offering in transparent, effortless prose an elucidation of the traditional version of particle physics—a conception that stands as one of many crowning achievements of twentieth-century technological know-how. during this exclusive ebook, the paintings of the various prior century's so much amazing physicists, together with Einstein, Schrodinger, Heisenberg, Dirac, Feynman, Gell-Mann, and Weinberg, is knit jointly in a radical and obtainable exposition of the innovative notions that underlie our present view of the elemental nature of the actual global. Schumm, who has spent a lot of his existence emmersed within the subatomic international, is going a long way past an insignificant presentation of the "building blocks" of topic, bringing to lifestyles the striking connection among the ivory tower international of the summary mathematician and the daily, life-enabling houses of the flora and fauna. Schumm leaves us with an perception into the profound open questions of particle physics, environment the level for figuring out the development the sector is poised to make over the following decade or two.
Introducing readers to the area of particle physics, Deep Down Things opens new geographical regions during which are many clues to unraveling the mysteries of the universe.
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Additional resources for Deep Down Things: The Breathtaking Beauty of Particle Physics
79] also proposed an ILP formulation to find optimal mapping and schedule for evaluation of the solutions found by the proposed heuristics. Ko et al.  studied pipelined scheduling of multimedia applications with the focus on exploration of various pipeline configurations under latency and throughput constraints. They proposed Pipeline Decomposition Tree (PDT) data structure to be used in conjunction with scheduling and clustering techniques to analyse alternative pipelines. They also considered heterogeneous data-level parallelism where data with differing sizes is processed by multiple invocations of the same task in parallel.
The proposed framework allows a designer to input application and MPSoC architecture at a high level of abstraction in Simulink, which is then refined to an implementation in SystemC. A Simulink Combined Algorithm/Architecture Model (CAAM) is used to capture the abstract algorithmic flow of application and the abstract hardware components of the MPSoC. From CAAM, a hardware generator produces MPSoC architecture at three abstraction levels: virtual architecture; transaction-accurate architecture; and, virtual prototype, which trade-off simulation speed with accuracy.
The video DSP itself is a heterogeneous MPSoC, consisting of a DSP and several hardware accelerators like an image pre-/post-processor and a video encoder/decoder. The audio DSP uses a single DSP because audio applications require relatively smaller amounts of computational power. The Nomadik processor has been succeeded by the NovaThor platform  which contains an ARM Cortex-A9 MPCore processor , two DSPs and an ARM Mali GPU  with NEON SIMD engine  for low-power, flexible multimedia processing up to HD resolution.
Deep Down Things: The Breathtaking Beauty of Particle Physics by Bruce A. Schumm