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Floppy Logic is an exploration into the ‘architecture’ of fashion and textiles, and how the concepts, aesthetics, techniques and construction of this architecture might be understood and used to design and fabricate objects and space differently. A key concept here is the Floppy, defined as a quality in material that requires extraneous support to produce architecture. Floppy generally refers to fabric but can also refer to any material that fails when there is not enough support, as is the case with sheet materials when the span between supports exceeds a certain length. Floppy Logic uses a material palette that has been selected for its aesthetic and tactile nature. These materials are typically used superficially and do not have structural qualities to allow them to be applied to the scale of buildings. By exploring form through material play, as fashion designers do with draping fabric over a body, this book expands on approaches to architecture that consider form, structure, skin and enclosure as separate steps.
Introduction to Logic offers one of the most clear, interesting and accessible introductions to what has long been considered one of the most challenging subjects in philosophy. Harry Gensler engages students with the basics of logic through practical examples and important arguments both in the history of philosophy and from contemporary philosophy. Using simple and manageable methods for testing arguments, students are led step-by-step to master the complexities of logic. The companion LogiCola instructional program and various teaching aids (including a teacher's manual) are available from the book's website: www.routledge.com/textbooks/gensler_logic
Intro to microprocessor communications - Introduction to the bus cycle - Addressing I/0 and memory - The address decode logic - The 80286 microprocessor - The reset logic - The power-up sequence - The 80286 system kernel : the engine - Detailed view of the 80286 bus cycle - The 80386 DX and SX microprocessors - The 80386 system kernel - Detailed view of the 80386 bus cycles - RAM memory : theory of operation - Cache memory concepts - ROM memory - ISA bus structure - Types of ISA bus cycles - The interrupt subsystem - Direct memory access (DMA) - ISA bus masters - RTC and configuration RAM - Keyboard/mouse interface - Numeric coprocessor - ISA timers.
Offers Projects Such as a Computer Controlled Weather Station & a Text-to-Speech Synthesizer. Includes Schematics & Building Tips
Free logic - i.e., logic free of existential presuppositions in general and with respect to singular terms in particular- began to come into its own as a field of research in the 1950s. As is the case with so many developments in Western philosophy, its roots can be traced back to ancient Greek philo sophy. It is only during the last fifty years, however, that it has become well established as a branch of modern logic. The name of Karel Lambert is most closely connected with this development: he gave it its name and its profile as a well defined field of research. After a development of fifty years, it is time to look back and take stock while at the same time scanning for new perspectives. This is the purpose of the papers collected in this volume. The first paper is written by Karel Lambert himself who also comments on all the papers of the other authors. In an introductory essay we give a survey of the present status of and new directions in free logic.
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Microprocessor Data Book, Second Edition focuses on the available types of microprocessors and microcomputers, including description of internal architecture, instruction set, main electrical data, and package details of these instruments. The book first elaborates on 4-bit and 8-bit microprocessors and microcomputers. Discussions focus on Advanced Micro Devices Am2900 series, Hitachi HMCS40 series, Motorola MC6801 and MC6803, Motorola MC6809 series, Rockwell R6500/1 series, and RCA 1800 series. The text then examines 16-bit and 32-bit microprocessors and microcomputers. Topics include Intel 80286 microprocessor, Motorola 68010, Texas Instruments TMS9980, Zilog Z8000 series, Motorola 68020 processor, and National 32032. The manuscript takes a look at other support devices, peripheral device controllers, and serial I/O devices, including Motorola MC6850 ACIA, Texas Instruments TMS9902 ACC, Thomson EFCIS EF9365/6, and floppy disk controllers. The publication is a valuable source of information for computer science experts and researchers interested in microprocessors and microcomputers.
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