Decimated

Librarian Carrie Singleton is back on the case, alongside library ghost Evelyn, in the sixth installment of Agatha Award nominee Allison Brook’s Haunted Library mysteries. Carrie Singleton is just off a hot string of murder cases centered around the spooky local library in Clover Ridge, Connecticut. She could really use a break—but no such luck, as she; Smoky Joe, the resident cat; and Evelyn, the library’s ghost, are drawn into another tantalizing whodunit. First, a dead body is found in the basement of the building attached to the library, and it turns out to be Carrie’s fiancé’s Uncle Alec, who Dylan hasn’t seen in years. But Alec has no intention of truly checking out, and his ghost makes itself at home in the library, greatly upsetting the patrons. Carrie and Evelyn work hard to keep Alec out of sight, but what was he doing in Clover Ridge to begin with? And why was he killed? Meanwhile, the town council, of which Carrie is also a member, is embroiled in a hot-headed debate over the fate of the Seabrook Preserve, a lovely and valuable piece of property that runs along Long Island Sound. Turn it into an upscale park? Sell it to a condo developer? Or keep it as protected land? As the dispute rages, there’s another murder, this time involving a council member. Could the two murders be connected? And could Carrie be next on the hit list?

How far would you go to save the human race? In 2017 a virus sweeps across the world and infects every living person. It lies dormant until a woman gives birth. Then she dies. Fifteen years later, nobody has survived childbirth since the outbreak began. Teenage wheelchair athlete, Antimone Lessing, thought she would be competing at the Delhi 2032 Paralympics. Instead, she is nine months pregnant and commencing labour. When she unexpectedly survives, she becomes a vital clue in the race to develop a cure before the global population declines beyond the point of no return. But survival comes at a price. As her doctors try to understand why she is still alive, she must choose between preserving humanity's future and protecting the life of her newborn child.

A desperate family confronts the mysteries that lie between life and death in this soul-gripping novel of supernatural suspense by Amazon Charts and New York Times bestselling author Christopher Rice. Claire Huntley and her brother, Poe, were on a midnight hike in Montana when the woods went wild. A blinding, devouring light and a rumbling pulse that blasted them off their feet left both kids with little memory of what happened. Their father insisted it was a violent extraterrestrial abduction; his wild obsession would tear their family apart in the wake of the trauma. Fourteen years later, Claire, who's battled anxiety attacks since that fateful hike, wants to heal her relationship with her brother, which has been damaged by his years of addiction. But only hours before their reunion, Poe's crowded passenger plane plunges into the Colorado mountains. No one survives the fiery crash. In the midst of her grief, Claire accepts her estranged father's request to join him in Montana, where he continues to investigate the paranormal force he believes altered his children down to their bones. As they reunite, Claire's anxiety attacks take on a new dimension. Is she experiencing hallucinations or visions? Is her brother's presence in them a symptom of grief, or is she receiving messages from beyond life? The answers Claire and her father seek will take them on a breakneck journey deep into the Montana wilderness and the shadows of history, where they will unearth a secret force with terrifying implications for their family--and the world.

This book focuses on the fundamentals and recent advances in RGB-D imaging as well as covering a range of RGB-D applications. The topics covered include: data acquisition, data quality assessment, filling holes, 3D reconstruction, SLAM, multiple depth camera systems, segmentation, object detection, salience detection, pose estimation, geometric modelling, fall detection, autonomous driving, motor rehabilitation therapy, people counting and cognitive service robots. The availability of cheap RGB-D sensors has led to an explosion over the last five years in the capture and application of colour plus depth data. The addition of depth data to regular RGB images vastly increases the range of applications, and has resulted in a demand for robust and real-time processing of RGB-D data. There remain many technical challenges, and RGB-D image processing is an ongoing research area. This book covers the full state of the art, and consists of a series of chapters by internationally renowned experts in the field. Each chapter is written so as to provide a detailed overview of that topic. RGB-D Image Analysis and Processing will enable both students and professional developers alike to quickly get up to speed with contemporary techniques, and apply RGB-D imaging in their own projects.

The acclaimed author of the Thomas Covenant Chronicles launches a powerful new trilogy about a prince’s desperate quest for a sorcerous library to save his people. Fire. Wind. Pestilence. Earthquake. Drought. Lightning. These are the six Decimates, wielded by sorcerers for both good and evil. But a seventh Decimate exists—the most devastating one of all... For centuries, the realms of Belleger and Amika have been at war, with sorcerers from both sides harnessing the Decimates to rain blood and pain upon their enemy. But somehow, in some way, the Amikans have discovered and invoked a seventh Decimate, one that strips all lesser sorcery of its power. And now the Bellegerins stand defenseless. Prince Bifalt, eldest son of the Bellegerin King, would like to see the world wiped free of sorcerers. But it is he who is charged with finding the repository of all of their knowledge, to locate the book of the seventh Decimate—and reverse the fate of his land. All hope rests with Prince Bifalt. But the legendary library, which may or may not exist, lies beyond an unforgiving desert and treacherous mountains—and beyond the borders of his own experience. Wracked by hunger and fatigue, sacrificing loyal men along the way, Prince Bifalt will discover that there is a game being played by those far more powerful than he could ever imagine. And that he is nothing but a pawn...

Inhaltsangabe:Abstract: The purpose of this thesis is to compare several filter topologies used for the decimation of sigma-delta modulated digital signals. The goal is to present optimized filter architectures with regard to an efficient VLSI implementation. A fifth-order 1-bit sigma-delta modulator using local feedback techniques will be considered as the front-end A/D converter. The subsequent digital filter reduces the sampling rate by a factor of 32. The decimation filter must guarantee a narrow transition band between 0.5 and 0.55 and stopband attenuation of 100dB. Chapter 1 provides a brief introduction into the principles of digital signal processing. The considerations are focused on FIR filters due to the requirements for acoustic applications. Chapter 2 illustrates the proposed overall structure and the design flow. The objective of chapter 3 is to present the principles of oversampling data converters using sigma-delta techniques. The 5V fifth-order SD-modulator with 90dB dynamic range (SNR+THD) will be presented, which has been fabricated in 1.2μm CMOS technology. For the sake of simplicity and robustness, a 1-bit quantizer will be used. Chapter 4 deals with typical hardware realizations of digital filters. Apart from the brute force implementation of the multirate filter with identical filters running in parallel, also the LUT-based approach for small filter orders will be presented. Due to the advantages of compact implementation, the bit-serial approach and the bit-serial multiplier are investigated in detail. In chapter 5 the straightforward one-stage multirate FIR filter will be introduced. To satisfy the specifications, a 4096 tap lowpass FIR filter will be designed. The influence of coefficient quantization is investigated and furthermore the block scaling method, to represent small values, is presented. The single-stage implementation becomes the more unattractive the higher the filter specifications are. Chapter 6, therefore, focuses the investigations on cascaded structures. The first stage is realized as a comb or sincK filter and decimates by a factor of 8 or 4. The frequently used conventional comb filter will be used but also a new architecture will be described. The new structure is based on the conventional comb filter with filter sharpening techniques to improve the frequency behavior. The unavoidable passband droop must be compensated for by the following lowpass FIR filter. In order to compare several [...]