A deconstruction of gender through the voices of Siri, HAL 9000, and other computers that talk Although computer-based personal assistants like Siri are increasingly ubiquitous, few users stop to ask what it means that some assistants are gendered female, others male. Why is Star Trek’s computer coded as female, while HAL 9000 in 2001: A Space Odyssey is heard as male? By examining how gender is built into these devices, author Liz W. Faber explores contentious questions around gender: its fundamental constructedness, the rigidity of the gender binary, and culturally situated attitudes on male and female embodiment. Faber begins by considering talking spaceships like those in Star Trek, the film Dark Star, and the TV series Quark, revealing the ideologies that underlie space-age progress. She then moves on to an intrepid decade-by-decade investigation of computer voices, tracing the evolution from the masculine voices of the ’70s and ’80s to the feminine ones of the ’90s and ’00s. Faber ends her account in the present, with incisive looks at the film Her and Siri herself. Going beyond current scholarship on robots and AI to focus on voice-interactive computers, The Computer’s Voice breaks new ground in questions surrounding media, technology, and gender. It makes important contributions to conversations around the gender gap and the increasing acceptance of transgender people.

"A deconstruction of gender through the voices of Siri, HAL 9000, and other computers that talk"--

An examination of more than sixty years of successes and failures in developing technologies that allow computers to understand human spoken language. Stanley Kubrick's 1968 film 2001: A Space Odyssey famously featured HAL, a computer with the ability to hold lengthy conversations with his fellow space travelers. More than forty years later, we have advanced computer technology that Kubrick never imagined, but we do not have computers that talk and understand speech as HAL did. Is it a failure of our technology that we have not gotten much further than an automated voice that tells us to "say or press 1"? Or is there something fundamental in human language and speech that we do not yet understand deeply enough to be able to replicate in a computer? In The Voice in the Machine, Roberto Pieraccini examines six decades of work in science and technology to develop computers that can interact with humans using speech and the industry that has arisen around the quest for these technologies. He shows that although the computers today that understand speech may not have HAL's capacity for conversation, they have capabilities that make them usable in many applications today and are on a fast track of improvement and innovation. Pieraccini describes the evolution of speech recognition and speech understanding processes from waveform methods to artificial intelligence approaches to statistical learning and modeling of human speech based on a rigorous mathematical model--specifically, Hidden Markov Models (HMM). He details the development of dialog systems, the ability to produce speech, and the process of bringing talking machines to the market. Finally, he asks a question that only the future can answer: will we end up with HAL-like computers or something completely unexpected?

How interactive voice-based technology can tap into the automatic and powerful responses all speech—whether from human or machine—evokes. Interfaces that talk and listen are populating computers, cars, call centers, and even home appliances and toys, but voice interfaces invariably frustrate rather than help. In Wired for Speech, Clifford Nass and Scott Brave reveal how interactive voice technologies can readily and effectively tap into the automatic responses all speech—whether from human or machine—evokes. Wired for Speech demonstrates that people are "voice-activated": we respond to voice technologies as we respond to actual people and behave as we would in any social situation. By leveraging this powerful finding, voice interfaces can truly emerge as the next frontier for efficient, user-friendly technology. Wired for Speech presents new theories and experiments and applies them to critical issues concerning how people interact with technology-based voices. It considers how people respond to a female voice in e-commerce (does stereotyping matter?), how a car's voice can promote safer driving (are "happy" cars better cars?), whether synthetic voices have personality and emotion (is sounding like a person always good?), whether an automated call center should apologize when it cannot understand a spoken request ("To Err is Interface; To Blame, Complex"), and much more. Nass and Brave's deep understanding of both social science and design, drawn from ten years of research at Nass's Stanford laboratory, produces results that often challenge conventional wisdom and common design practices. These insights will help designers and marketers build better interfaces, scientists construct better theories, and everyone gain better understandings of the future of the machines that speak with us.

Is American English in decline? Are regional dialects dying out? Is there a difference between men and women in how they adapt to linguistic variations? These questions, and more, about our language catapulted Robert MacNeil and William Cran—the authors (with Robert McCrum) of the language classic The Story of English—across the country in search of the answers. Do You Speak American? is the tale of their discoveries, which provocatively show how the standard for American English—if a standard exists—is changing quickly and dramatically. On a journey that takes them from the Northeast, through Appalachia and the Deep South, and west to California, the authors observe everyday verbal interactions and in a host of interviews with native speakers glean the linguistic quirks and traditions characteristic of each area. While examining the histories and controversies surrounding both written and spoken American English, they address anxieties and assumptions that, when explored, are highly emotional, such as the growing influence of Spanish as a threat to American English and the special treatment of African-American vernacular English. And, challenging the purists who think grammatical standards are in serious deterioration and that media saturation of our culture is homogenizing our speech, they surprise us with unpredictable responses. With insight and wit, MacNeil and Cran bring us a compelling book that is at once a celebration and a potent study of our singular language. Each wave of immigration has brought new words to enrich the American language. Do you recognize the origin of 1. blunderbuss, sleigh, stoop, coleslaw, boss, waffle? Or 2. dumb, ouch, shyster, check, kaput, scram, bummer? Or 3. phooey, pastrami, glitch, kibbitz, schnozzle? Or 4. broccoli, espresso, pizza, pasta, macaroni, radio? Or 5. smithereens, lollapalooza, speakeasy, hooligan? Or 6. vamoose, chaps, stampede, mustang, ranch, corral? 1. Dutch 2. German 3. Yiddish 4. Italian 5. Irish 6. Spanish

An examination of more than sixty years of successes and failures in developing technologies that allow computers to understand human spoken language. Stanley Kubrick's 1968 film 2001: A Space Odyssey famously featured HAL, a computer with the ability to hold lengthy conversations with his fellow space travelers. More than forty years later, we have advanced computer technology that Kubrick never imagined, but we do not have computers that talk and understand speech as HAL did. Is it a failure of our technology that we have not gotten much further than an automated voice that tells us to “say or press 1”? Or is there something fundamental in human language and speech that we do not yet understand deeply enough to be able to replicate in a computer? In The Voice in the Machine, Roberto Pieraccini examines six decades of work in science and technology to develop computers that can interact with humans using speech and the industry that has arisen around the quest for these technologies. He shows that although the computers today that understand speech may not have HAL's capacity for conversation, they have capabilities that make them usable in many applications today and are on a fast track of improvement and innovation. Pieraccini describes the evolution of speech recognition and speech understanding processes from waveform methods to artificial intelligence approaches to statistical learning and modeling of human speech based on a rigorous mathematical model—specifically, Hidden Markov Models (HMM). He details the development of dialog systems, the ability to produce speech, and the process of bringing talking machines to the market. Finally, he asks a question that only the future can answer: will we end up with HAL-like computers or something completely unexpected?

Technology scholars declare an emergency: attention must be paid to the inequality, marginalization, and biases woven into our technological systems. This book sounds an alarm: we can no longer afford to be lulled into complacency by narratives of techno-utopianism, or even techno-neutrality. We should not be reassured by such soothing generalities as "human error," "virtual reality," or "the cloud." We need to realize that nothing is virtual: everything that "happens online," "virtually," or "autonomously" happens offline first, and often involves human beings whose labor is deliberately kept invisible. Everything is IRL. In Your Computer Is on Fire, technology scholars train a spotlight on the inequality, marginalization, and biases woven into our technological systems.

It's an exciting time to be a developer in the voice computing space: 1 in 4 searches on Google are now voice-enabled, Amazon Alexa just passed 10,000 skills, and 100 million calls are completed on WhatsApp daily. But where do you go to start learning how to code in this field? Whether you are a veteran developer or just starting out, this book guides you through the process of building voice-based applications in Python. Understand how to read/write, record, clean, encrypt, playback, transcode, transcribe, compress, publish, featurize, model, and visualize voice files Build your own voice computer and voice assistant from scratch Design cutting-edge microservice server architectures on top of Docker and Kubernetes Get access to 200+ starter scripts in a GitHub repository Become involved in the larger open source voice community

YOU CAN NEVER GO HOME When accusations of piracy and mass murder are laid against his homeworld, Damien Montgomery is sent to resolve the crisis. As counter-accusations fly and an old flame re-enters his life, the newest Hand of the Mage-King of Mars finds himself in the midst of a bloody interstellar shadow war. With the death toll mounting, Damien must decide whether he should trust the world he came from - or the world that asked for his help. The wrong choice will trigger a civil war that could shatter human civilization. No pressure. Voice of Mars is book 3 of the Starship's Mage series.