"The Secret Method to High Performance: Unleash Your Potential with Advanced Strategies" is a book that shows you how to achieve amazing results by using powerful techniques. It explains what high performance means and why it's important in today's world. The book shares real-life stories to help you understand the benefits of high performance. you'll learn about the stages of life and how high performance can be applied to any situation. It shows you how to excel no matter what age or phase of life you're in. The next part focuses on realizing your true potential. It teaches you how to break free from average thinking and discover your passion and purpose. You'll also learn how to set big goals, take care of your health and finances, overcome fear and failure, and maintain a positive mindset. The book then introduces advanced strategies to help you achieve high performance. These include a 28-day program called the Magical Morning transformation, taking massive action, building empowering habits, and investing in yourself. It also emphasizes finding the right mentor, taking calculated risks, and having a long-term perspective. The following parts of the book cover topics like productivity, overcoming procrastination, and mastering focus. These skills will help you make the most of your time and stay focused on your goals. Finally, the book discusses the qualities and behaviors that separate successful people from those who struggle. It encourages you to break free from mediocrity and become unstoppable in your pursuit of success. "The Secret Method to High Performance" is a practical guide that will empower you to tap into your hidden potential and achieve extraordinary results. It provides simple language and practical strategies to help you unlock your true capabilities and live a life of high performance.

The Wall Street Journal bestseller—a Financial Times Business Book of the Month and named by The Washington Post as “One of the 11 Leadership Books to Read in 2018”—is “a refreshingly data-based, clearheaded guide” (Publishers Weekly) to individual performance, based on a groundbreaking study. Why do some people perform better at work than others? This deceptively simple question continues to confound professionals in all sectors of the workforce. Now, after a unique, five-year study of more than 5,000 managers and employees, Morten Hansen reveals the answers in his “Seven Work Smarter Practices” that can be applied by anyone looking to maximize their time and performance. Each of Hansen’s seven practices is highlighted by inspiring stories from individuals in his comprehensive study. You’ll meet a high school principal who engineered a dramatic turnaround of his failing high school; a rural Indian farmer determined to establish a better way of life for women in his village; and a sushi chef, whose simple preparation has led to his unassuming restaurant being awarded the maximum of three Michelin stars. Hansen also explains how the way Alfred Hitchcock filmed Psycho and the 1911 race to become the first explorer to reach the South Pole both illustrate the use of his seven practices. Each chapter “is intended to inspire people to be better workers…and improve their own work performance” (Booklist) with questions and key insights to allow you to assess your own performance and figure out your work strengths, as well as your weaknesses. Once you understand your individual style, there are mini-quizzes, questionnaires, and clear tips to assist you focus on a strategy to become a more productive worker. Extensive, accessible, and friendly, Great at Work will help us “reengineer our work lives, reduce burnout, and improve performance and job satisfaction” (Psychology Today).

This book constitutes the proceedings of the 5th Latin American Conference, CARLA 2018, held in Bucaramanga, Colombia, in September 2018. The 24 papers presented in this volume were carefully reviewed and selected from 38 submissions. They are organized in topical sections on: Artificial Intelligence; Accelerators; Applications; Performance Evaluation; Platforms and Infrastructures; Cloud Computing.

Steganography is the art of secret writing. The purpose of steganography is to hide the presence of a message from the intruder by using state-of-the-art methods, algorithms, architectures, models, and methodologies in the domains of cloud, internet of things (IoT), and the Android platform. Though security controls in cloud computing, IoT, and Android platforms are not much different than security controls in an IT environment, they might still present different types of risks to an organization than the classic IT solutions. Therefore, a detailed discussion is needed in case there is a breach in security. It is important to review the security aspects of cloud, IoT, and Android platforms related to steganography to determine how this new technology is being utilized and improved continuously to protect information digitally. The benefits and challenges, along with the current and potential developments for the future, are important keystones in this critical area of security research. Multidisciplinary Approach to Modern Digital Steganography reviews the security aspects of cloud, IoT, and Android platforms related to steganography and addresses emerging security concerns, new algorithms, and case studies in the field. Furthermore, the book presents a new approach to secure data storage on cloud infrastructure and IoT along with including discussions on optimization models and security controls that could be implemented. Other important topics include data transmission, deep learning techniques, machine learning, and both image and text stenography. This book is essential for forensic engineers, forensic analysts, cybersecurity analysts, cyber forensic examiners, security engineers, cybersecurity network analysts, cyber network defense analysts, and digital forensic examiners along with practitioners, researchers, academicians, and students interested in the latest techniques and state-of-the-art methods in digital steganography.

This book constitutes the refereed proceedings of the 8th International Conference on Active Media Technology, AMT 2012, held in Macau, China, in December 2012. The 65 revised full papers were carefully reviewed and selected from a numerous submissions. The papers are organized in topical sections on awareness multi-agent systems, data mining, ontology mining, web reasoning, social applications of active media, human-centered computing, personalization and adaptation, smart digital art and e-learning.

High-Speed Pulse Techniques covers the many aspects of technique in digital electronics and encompass some of the more fundamental factors that apply to all digital systems. The book describes the nature of pulse signals and their deliberate or inadvertent processing in networks, transmission lines and transformers, and then examines the characteristics and transient performance of semiconductor devices and integrated circuits. Some of the problems associated with the assembly of these into viable systems operating at ultra high speed are also looked at. The book examines the transients and waveshaping in linear circuits; the steady-state and transient characteristics of the diode switch; and the two most useful diode waveshaping functions, clipping and clamping circuits. The characteristics of distributed-parameter transmission lines with and without losses and their implications in digital systems are also considered. The book then tackles transformer pulse response; bipolar and unipolar transistor transient response; and the characteristics of subnanosecond switching diodes and of high-speed logic. The text describes the implementation of high-speed systems as well. Students and practicing electronics and computer systems engineers will find the book useful.

This book constitutes the refereeds proceedings of the International Conference on High Performance Architecture and Grid Computing, HPAGC 2011, held in Chandigarh, India, in July 2011. The 87 revised full papers presented were carefully reviewed and selected from 240 submissions. The papers are organized in topical sections on grid and cloud computing; high performance architecture; information management and network security.