Parallel algorithms for regular architectures: meshes and pyramids

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Only very recently has it been possible to decipher Mayan hieroglyphics to any great extent.

This new research is used to full advantage by this volume as a key to unlock the mystery of Mayan architecture. Pyramid by David Macaulay. Editorial Review Product Description Through concise text and richly detailed black and white illustrations we come to know the philosophy of life and death in ancient Egypt. His exquisitely crosshatchedpen-and-ink illustrations frame the engaging fictional story of an ancientpharaoh who commissions a pyramid to be built for him. With great patienceand respect for minute detail not unlike the creators of the earlypyramids , Macaulay explains the sometimes backbreaking tasks of planning,hauling, chiseling, digging, and hoisting that went into the constructionof this awe-inspiring monument.

Just when the narrative teeters on the edgeof textbook doldrums, Macaulay brings us back to the engaging human dramaof death and superstition. This respectful blending of architecture,history, and mysticism will certainly satiate pyramid-passionate childrenas well as their obliging parents.

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ALA Notable Book. Ages 9 andolder --Gail Hudson Excellent for gaining and keeping the attention of young readers as well as older folks. Illustartes pyramid construction through an engaging story. Highly recommended for shared reading for families. It shows the building of a hypothetical pyramid similar in size to Giza.

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Download Parallel Algorithms For Regular Architectures Meshes And Pyramids Scientific Computation

Unfortunately Macaulay took on a difficult subject. There is still controversy about how exactly the pyramids were built. The 4-ramp model shown in the book is just one of many ideas, and not even proven to work. The latest theory is described in Khufu: The Secrets Behind the Building of the Great Pyramid, involving a series of internal and external ramps see a BBC article about it in the note below.

Given this, it's hard to know what else in the book is accurate, or conjecture. Macaulay is at his best when he demystifies the world around us, but in this case the pyramids really are a mystery, and so it leaves the impression of inaccuracy. However we can probably assume some of it is right the tools for example. Like all Maccaulay books, it's an enjoyable and impressive journey through history. Just don't rely on it as a blueprint for building your own pyramid! The third in David Macaulay's series of books of how things in history were built uses both interesting text and black-and-white illustrations to tell about the process of building an ancient Egyptian pyramid.

After explaining a little generally about life and death in ancient Egypt, the author takes us back to B. Within two years, he must begin preparing for the end of his life and instructs his architect and best friend, Mahnud Hotep, to design his tomb. Though the pyramid and complex of surrounding temples and tombs in the story are imaginary, they are based closely on several of the pyramids and remnants of temples that were built in Egypt between and B. Patterned after the pyramids of three earlier Pharaohs at Giza, the new pyramid would be built in three parts--the central core, the packing blocks, and the outer casing.

All three parts were to be constructed simultaneously, one layer at a time. Most scholars agree that earth ramps were used in the construction process, but they differ as to where the ramps were placed. Macaulay included the two most popular theories in his visualizations. After the construction process is described in detail, the workers are still laying alabaster floor slabs when the Pharaoh dies in , following a rule of 31 years ruling.

The book then explains in detail the embalming, funeral, and burial. Any study of ancient Egypt will be greatly aided by the use of this book. Walker Interesting, but not Macaulay's best Visual explanation of how Egyptians living nearly years ago were able to construct such large and magnificent structures. Shows the construction from conception by the Pharaoh's architect, to clearing and leveling the site, transporting the stones,tediously dragging them up and placing them to create the layers of the pyramid, and finally chipping them down the form the distinctive triangular sides of the pyramid.

Of course Macaulay goes further to show construction of the underground tombs, and nearby temples.

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This book is not quite as interestsing as Mr. Macaulay's City book, but the subject matter was not as interesting either. Drawing men hauling stones up ramps doesn't compare to the richness of the Roman architecture and bustling city life. David Macaulay has done it again Following in the tradition of other terrific books about complex construction projects using simple technology - such as Castle and Cathedral - Macaulay introduces children to the pyramids of ancient Egypt.

And once again he hits a homerun, with a storyline that's just informative enough to create context but simple enough for young children to follow. Oh, did I mention the outstanding illustrations? This is a terrific book for kids and children alike. I bought it for my four-year-old son but I ended up learning quite a bit myself. Editorial Review Product Description Step back in time to the land of the Ancient Egyptians to discover how and why pyramids were built, what life was like for the workers, how the Pharaohs lived, what pyramids were used for, and more.

The beautiful illustrations and thoroughly researched information will give readers a detailed and intimate look at life in Ancient Egypt. Read more Customer Reviews 1 Kids will like to look at this one up close! This book has neat step-cut pages that get bigger as the pyramid grows. There is simple text explaining the process of pyramid building for young children, as well as additional facts and information for older or moreexperienced children.

I am taking my kindergarten class on a field trip toan Egyptian exhibit, and this will be a good book to introduce them to thepyramids.. I was surprised when I received thebook -- it is a hardcover with sturdy pages! Customer Reviews 1 A powerful pictorial history of building Do you know much about the brain?

Imagetraversal

What does it take to stimulate a brain? To fill it? All it takes is new information, but stimulating information. Such books as Usborne's Beginner's Knowledge series. Particularly in this case "Castles, Pyramids, and Palaces" will stimulate thoroughly. This is the first time I have seen an Usborne Beginner's Knowledge book and I cannot praise it enough!!

It will stimulate brain cells through the visual bThis book is "the story of building from the first Stone Age hut to the skyscrapers of today. For example: the time line of buildings begins with the Roman Colosseum and ends with the Empire State Building. What is special is that they are placed next to each other as if built that way.

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What we see then is edifaces juxtaposed for size comparison. Nothing could be clearer. How were early houses built? How was Stonehenge built? SoC technology is capable of cutting the development cycle while increasing the performance, functionality and quality of the product.

In other words, previous separate processing, communication and memory elements will be placed on one tiny chip. SoC based systems are built by assembling predesigned elements called IP Intellectual Property cores in order to reduce the corresponding design complexity and the design costs. Interconnections on chip have been proven to be a major source of energy consumption in SoC designs.

In fact, it is projected that, as the semiconductor technology scales to the nanometer field, the energy consumption of global interconnections will be a dominant bottleneck for SoC design [1, 2].

Especially for battery operated, personal computing devices [3], minimizing the energy consumed in on-chip interconnects becomes a crucial issue and the designers are striving to improve the lifetime of such devices. Dally and Towles [4 have recently proposed a regular tile-based architecture which can realize the communication efficiently through the on chip network. Data on NoC are packetized and transmitted like computers do on traditional networks.

Researches show that NoC can meet the future requirements of SoC design on reusability and bandwidth scalability. NoCs offer well-dened interfaces [6, 6, 7, 8], decoupling computation from communication, and easing design. It has been shown that NoCs can provide interfaces to existing on-chip communication protocols, such as AXI. A disadvantage of large interconnects in general e. Applications also introduce uncertainties as they become more dynamic and heterogeneous.


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All these complicate integration, especially in hard real-time systems e. Any C-node cycle can serve as the basic modules. With continuous increases in network size, routing in networks with faulty nodes has become unavoidable. Routing through node-disjoint paths in interconnection networks can not only provide alternative routes to tolerate faulty nodes but also avoid communication bottlenecks.

Parallel Computing Explained In 3 Minutes

Moreover, routing through node-disjoint paths can speed up the transmission time by distributing data among disjoint paths. Thus, the study of disjoint paths connecting any two nodes can be useful for increasing the reliability of interconnection networks, as well as transmission efficiency.

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