Millions died after the first contact. An alien weapon holds the key to redemption—or annihilation. Experience Karen Osborne's unforgettable science fiction debut, Architects of Memory. 2021 Locus Award for Best First Novel--Finalist SyFY Wire SFF Reads to pick up in September Terminally ill salvage pilot Ash Jackson lost everything in the war with the alien Vai, but she'll be damned if she loses her future. Her plan: to buy, beg, or lie her way out of corporate indenture and find a cure. When her crew salvages a genocidal weapon from a ravaged starship above a dead colony, Ash uncovers a conspiracy of corporate intrigue and betrayal that threatens to turn her into a living weapon. At the Publisher's request, this title is being sold without Digital Rights Management Software (DRM) applied.

Probes the development of information management after World War II and its consequences for public memory and human agency We are now living in the richest age of public memory. From museums and memorials to the vast digital infrastructure of the internet, access to the past is only a click away. Even so, the methods and technologies created by scientists, espionage agencies, and information management coders and programmers have drastically delimited the ways that communities across the globe remember and forget our wealth of retrievable knowledge. In Architects of Memory: Information and Rhetoric in a Networked Archival Age, Nathan R. Johnson charts turning points where concepts of memory became durable in new computational technologies and modern memory infrastructures took hold. He works through both familiar and esoteric memory technologies—from the card catalog to the book cart to Zatocoding and keyword indexing—as he delineates histories of librarianship and information science and provides a working vocabulary for understanding rhetoric’s role in contemporary memory practices. This volume draws upon the twin concepts of memory infrastructure and mnemonic technê to illuminate the seemingly opaque wall of mundane algorithmic techniques that determine what is worth remembering and what should be forgotten. Each chapter highlights a conflict in the development of twentieth-century librarianship and its rapidly evolving competitor, the discipline of information science. As these two disciplines progressed, they contributed practical techniques and technologies for making sense of explosive scientific advancement in the wake of World War II. Taming postwar science became part and parcel of practices and information technologies that undergird uncountable modern communication systems, including search engines, algorithms, and databases for nearly every national clearinghouse of the twenty-first century.

Traces the significance of the human body in architecture from its early place as the divine organizing principle to its present near elimination

As Ruskin suggests in his Seven Lamps of Architecture: "We may live without [architecture], and worship without her, but we cannot remember without her." We remember best when we experience an event in a place. But what happens when we leave that place, or that place no longer exists? This book addresses the relationship between memory and place and asks how architecture captures and triggers memory. It explores how architecture exists as a material object and how it registers as a place that we come to remember beyond the physical site itself. It questions what architecture is in the broadest sense, assuming that it is not simply buildings. Rather, architecture is considered to be the mapping of physical, mental or emotional space. The idea that we are all architects in some measure - as we actively organize and select pathways and markers within space - is central to this book's premise. Each chapter provides a different example of the manifold ways in which the physical place of architecture is curated by the architecture in our "mental" space: our imaginary toolbox when we think of a place and look at a photograph, or visit a site and describe it later or send a postcard. By connecting architecture with other disciplines such as geography, visual culture, sociology, and urban studies, as well as the fine and performing arts, this book puts forward the idea that a conversation about architecture is not exclusively about formal, isolated buildings, but instead must be deepened and broadened as spatialized visualizations and experiences of place.

Karen Osborne continues her science fiction action and adventure series the Memory War with Engines of Oblivion, the sequel to Architects of Memory—the corporations running the galaxy are about to learn not everyone can be bought. Natalie Chan gained her corporate citizenship, but barely survived the battle for Tribulation. Now corporate has big plans for Natalie. Horrible plans. Locked away in Natalie's missing memory is salvation for the last of an alien civilization and the humans they tried to exterminate. The corporation wants total control of both—or their deletion. At the Publisher's request, this title is being sold without Digital Rights Management Software (DRM) applied.

Bringing together leading writers and practicing architects including Jean Dethier, David Mayernik, Massimo Scolari, Robert Adam, David Watkin and Leon Krier, this volume provides a kaleidoscopic, multilayered exploration of the Architectural Capriccio. It not only explains the phenomena within a historical context, but moreover, demonstrates its contemporary validity and appropriateness as a holistic design methodology, an inspiring pictorial strategy, an efficient rendering technique and an optimal didactic tool. The book shows and comments on a wide range of historic masterworks and highlights contemporary artists and architects excelling in a modern updated, refreshed and original tradition of the Capriccio.

Is your memory hierarchy stopping your microprocessor from performing at the high level it should be? Memory Systems: Cache, DRAM, Disk shows you how to resolve this problem. The book tells you everything you need to know about the logical design and operation, physical design and operation, performance characteristics and resulting design trade-offs, and the energy consumption of modern memory hierarchies. You learn how to to tackle the challenging optimization problems that result from the side-effects that can appear at any point in the entire hierarchy.As a result you will be able to design and emulate the entire memory hierarchy. - Understand all levels of the system hierarchy -Xcache, DRAM, and disk. - Evaluate the system-level effects of all design choices. - Model performance and energy consumption for each component in the memory hierarchy.