Understand the Significance of Symbols in Your Design Work Our world is comprised of a handful of very simple patterns that have been a part of human design since the beginning of time and have eternal significance. Decoding Design reveals how common symbols and shapes - like circles, squares and triangles - resonate at a gut level and can lend greater meaning to a design. By deconstructing famous logos and other sample designs, you'll learn how to communicate complex information quickly and intuitively with universal and meaningful patterns. You'll also uncover how other disciplines, such as philosophy, math, and physics, influence great design and can help you present ideas in a holistic and compelling manner. Whether you're a designer, student, or marketing professional, Decoding Design will show you the deeper meaning behind the symbols you encounter everyday, and how to better use those symbols to create an impactful relationship with the viewer.

This book introduces turbo error correcting concept in a simple language, including a general theory and the algorithms for decoding turbo-like code. It presents a unified framework for the design and analysis of turbo codes and LDPC codes and their decoding algorithms. A major focus is on high speed turbo decoding, which targets applications with data rates of several hundred million bits per second (Mbps).

Mysteries and folkways of New York City revealed in an entertaining collection of graphic art The life and legend of New York City, from the size of its skyscrapers to the ways of its inhabitants, is vividly captured in this lively collection of more than 250 maps, cross sections, flowcharts, tables, board games, cartoons and infographics, and other unique diagrams spanning 150 years. Superstars such as Saul Steinberg, Maira Kalman, Christoph Niemann, Roz Chast, and Milton Glaser butt up against the unsung heroes of the popular press in a book that is made not only for lovers of New York but also for anyone who enjoys or works with information design.

How data science and the analysis of networks help us solve the puzzle of unintended consequences. Social life is full of paradoxes. Our intentional actions often trigger outcomes that we did not intend or even envision. How do we explain those unintended effects and what can we do to regulate them? In Decoding the Social World, Sandra González-Bailón explains how data science and digital traces help us solve the puzzle of unintended consequences—offering the solution to a social paradox that has intrigued thinkers for centuries. Communication has always been the force that makes a collection of people more than the sum of individuals, but only now can we explain why: digital technologies have made it possible to parse the information we generate by being social in new, imaginative ways. And yet we must look at that data, González-Bailón argues, through the lens of theories that capture the nature of social life. The technologies we use, in the end, are also a manifestation of the social world we inhabit. González-Bailón discusses how the unpredictability of social life relates to communication networks, social influence, and the unintended effects that derive from individual decisions. She describes how communication generates social dynamics in aggregate (leading to episodes of “collective effervescence”) and discusses the mechanisms that underlie large-scale diffusion, when information and behavior spread “like wildfire.” She applies the theory of networks to illuminate why collective outcomes can differ drastically even when they arise from the same individual actions. By opening the black box of unintended effects, González-Bailón identifies strategies for social intervention and discusses the policy implications—and how data science and evidence-based research embolden critical thinking in a world that is constantly changing.

In Design by Nature: Using Universal Forms and Principles in Design, author Maggie Macnab takes you on an intimate and eclectic journey examining the unending versatility of nature, showing how to uncover nature’s ingenuity and use it to create beautiful and compelling designed communications. Written for designers and creative thinkers of all types, this book will guide you through a series of unexpected a-ha! moments that describe relationships among nature, art, science, technology, and design. Through explanation and example, you will learn about natural processes, consisting of everyday patterns and shapes that are often taken for granted, but that can be used effectively in visual messaging. Explore the principles all human beings intuitively use to understand the world and learn to incorporate nature’s patterns and shapes into your work for more meaningful design. By recognizing and appreciating a broad range of relationships, you can create more aesthetic and effective design, building communications that encompass the universal experience of being part of nature, and that are relevant to a worldwide audience. Teaches how to understand and integrate the essential processes of nature’s patterns and shapes in design Includes key concepts, learning objectives, definitions, and exercises to help you put what you learn into practice Features a foreword by Debbie Millman and reviews and discussions of practice and process by some of the world’s leading designers, including Milton Glaser, Stefan Sagmeister, and Ellen Lupton Includes profiles of street artist Banksy, creative director and author Kenya Hara, and typographical designer Erik Spiekermann

Existentialism; Urbanism; Aporia; Deontic; Tabula Rasa; Hyperspace; Heterotopia; Metareality; Structuralism... What does it all mean? The unique language used in architectural theory – both in speech and writing – can appear daunting and confusing, particularly to new architectural students. Decoding Theoryspeak provides an accessible guide to the specialized language of contemporary design for the next generation of thinkers, architects and design leaders. It includes: definitions of over 200 terms clear cross-references illustrations throughout. It is an essential pocket-sized resource for students and practitioners alike.

How media propagates and challenges racism From Black Panther to #OscarsSoWhite, the concept of “race,” and how it is represented in media, has continued to attract attention in the public eye. In Racialized Media, Matthew W. Hughey, Emma González-Lesser, and the contributors to this important new collection of original essays provide a blueprint to this new, ever-changing media landscape. With sweeping breadth, contributors examine a number of different mediums, including film, television, books, newspapers, social media, video games, and comics. Each chapter explores the impact of contemporary media on racial politics, culture, and meaning in society. Focusing on producers, gatekeepers, and consumers of media, this book offers an inside look at our media-saturated world, and the impact it has on our understanding of race, ethnicity, and more. Through an interdisciplinary lens, Racialized Media provides a much-needed look at the role of race and ethnicity in all phases of media production, distribution, and reception.

It is a great pleasure to be asked to write the Preface for this book on trellis decoding of error correcting block codes. The subject is extremely significant both theoretically and practically, and is very timely because of recent devel opments in the microelectronic implementation and range of application of error-control coding systems based on block codes. The authors have been notably active in signal processing and coding research and development for several years, and therefore very well placed to contribute to the state of the art on the subject of trellis decoding. In particular, the book represents a unique approach to many practical aspects of the topic. As the authors point out, there are two main classes of error control codes: block codes and convolutinal codes. Block codes came first historically and have a well-developed mathematical structure. Convolutional codes come later, and have developed heuristically, though a more formal treatment has emerged via recent developments in the theory of symbolic dynamics. Max imum likelihood (ML) decoding of powerful codes in both these classes is computationally complex in the general case; that is, ML decoding fails into the class of NP-hard computational problems. This arieses because the de coding complexity is an exponential function of key parameters of the code.

Decoding Dictatorial Statues' is a collection of images and texts revolving around the different ways we can look at statues in public space. How can we decode statues in terms of their object hood and materiality, their role as media icons and their voice in political debates?