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Take back your life! You have the choice. Unhappy with your productivity? Consumed by distractions, interruptions, and wandering mind syndrome? Can't focus and concentrate? Tired of ineffective, blanket advice on improving your focus? Whether you're a student, freelancer, entrepreneur or wanna-be preneur , employee, or anyone else dreaming of being able to snap into focus and maintain it for however long you want, this book is for you. In Chancing It , award-winning scientist and writer Robert Matthews shows how to understand the laws of probability and use them to your advantage.

He gives you access to some of the most potent intellectual tools ever developed and explains how to use them to guide your judgments and decisions. Negotiation is part of every human encounter, and most of us do it badly. Whether dealing with family, a business or diplomacy, people often fail to meet their goals in every country and context. They think others should be rational when they should be dealing with emotions.

Become an autodidact: Target higher grades, better job prospects, more goals achieved, and the key to unlocking all doors in life. Embarking on anything new is daunting and scary. There and back—what every new backpacker needs to know. A journey of a thousand miles starts with a single book. How to Survive Your First Trip in the Wild bundles up everything you need to prep for your first-ever backpacking adventure—so you can explore the back country with confidence. Start strong with an essential equipment guide geared toward beginners. Discover how to choose a campsite and follow along with camp setup and breakdown directions.

Water treatment info, outdoor cooking basics, snacking suggestions, and a sample three-day backpacking food plan supply you with vital knowledge to survive in the wilderness. Anger is universal. Unchecked, it can cause lasting damage in our lives: wrecked relationships, lost jobs, even serious disease. Yet in these increasingly stressful times, all of us have acted in anger - and often wished we hadn't. Is there a way that really works to solve problems and assert ourselves without being angry?

Think differently, be more creative, and catch ideas in the air to solve problems quickly and skyrocket your productivity. People only see what is just visible. In this simple, fast-paced audiobook, you will be learning what it takes to create the life you want. By , Automatic telephone switching originally used electro-mechanical switches controlled by vacuum tube devices, which consumed a large amount of electricity. Call volume eventually grew so fast that it was feared the telephone system would consume all electricity production, prompting Bell Labs to begin research on the transistor.

After WWII microwave transmission began being used for long distance telephony and transmitting television programming to local stations for rebroadcast. The diffusion of telephony to households was mature by the arrival of fiber optic communications in the late s. Fiber optics greatly increased the transmission capacity of information over previous copper wires and further lowered the cost of long distance communication. Communications satellites came into use in the s and today carry a variety of information including credit card transaction data, radio, television and telephone calls.

Fax short for facsimile machines of various types had been in existence since the early s but became widespread beginning in the mids. Before public water was supplied to households it was necessary for someone annually to haul up to 10, gallons of water to the average household. Household appliances followed household electrification in the s, with consumers buying electric ranges, toasters, refrigerators and washing machines. Less time spent on housework allowed more women to enter the labor force. Automation means automatic control, meaning a process is run with minimum operator intervention.

Some of the various levels of automation are: mechanical methods, electrical relay , feedback control with a controller and computer control. Common applications of automation are for controlling temperature, flow and pressure. Automatic speed control is important in many industrial applications, especially in sectional drives, such as found in metal rolling and paper drying. The earliest applications of process control were mechanisms that adjusted the gap between mill stones for grinding grain and for keeping windmills facing into the wind.

The centrifugal governor used for adjusting the mill stones was copied by James Watt for controlling speed of steam engines in response to changes in heat load to the boiler; however, if the load on the engine changed the governor only held the speed steady at the new rate. It took much development work to achieve the degree of steadiness necessary to operate textile machinery. Control theory was developed to its "classical" form by the s. Factory electrification brought simple electrical controls such as ladder logic , whereby push buttons could be used to activate relays to engage motor starters.

Other controls such as interlocks, timers and limit switches could be added to the circuit.

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Today automation usually refers to feedback control. An example is cruise control on a car, which applies continuous correction when a sensor on the controlled variable Speed in this example deviates from a set-point and can respond in a corrective manner to hold the setting. Process control is the usual form of automation that allows industrial operations like oil refineries, steam plants generating electricity or paper mills to be run with a minimum of manpower, usually from a number of control rooms. The need for instrumentation grew with the rapidly growing central electric power stations after the First World War.

Instrumentation was also important for heat treating ovens, chemical plants and refineries. Common instrumentation was for measuring temperature, pressure or flow. Readings were typically recorded on circle charts or strip charts. Until the s control was typically "open loop", meaning that it did not use feedback. Operators made various adjustments by such means as turning handles on valves. The signal lights were operated by a switchboard, which soon became automated. A stand-alone controller may use a combination of mechanical, pneumatic, hydraulic or electronic analogs to manipulate the controlled device.

The tendency was to use electronic controls after these were developed, but today the tendency is to use a computer to replace individual controllers. By the late s feedback control was gaining widespread use. Automation of the telephone system allowed dialing local numbers instead of having calls placed through an operator. Further automation allowed callers to place long distance calls by direct dial. Eventually almost all operators were replaced with automation.

Machine tools were automated with Numerical control NC in the s. This soon evolved into computerized numerical control CNC. Servomechanisms are commonly position or speed control devices that use feedback. Understanding of these devices is covered in control theory. Control theory was successfully applied to steering ships in the s, but after meeting with personnel resistance it was not widely implemented for that application until after the First World War.

Servomechanisms are extremely important in providing automatic stability control for airplanes and in a wide variety of industrial applications. Industrial robots were used on a limited scale from the s but began their rapid growth phase in the mids after the widespread availability of microprocessors used for their control.

By there were over , robots worldwide. Early electric data processing was done by running punched cards through tabulating machines , the holes in the cards allowing electrical contact to increment electronic counters. Tabulating machines were in a category called unit record equipment , through which the flow of punched cards was arranged in a program-like sequence to allow sophisticated data processing.

Unit record equipment was widely used before the introduction of computers. The usefulness of tabulating machines was demonstrated by compiling the U. The first digital computers were more productive than tabulating machines, but not by a great amount. Early computers used thousands of vacuum tubes thermionic valves which used a lot of electricity and constantly needed replacing. By the s the vacuum tubes were replaced by transistors which were much more reliable and used relatively little electricity.

By the s thousands of transistors and other electronic components could be manufactured on a silicon semiconductor wafer as integrated circuits , which are universally used in today's computers. In IBM introduced point of sale POS terminals in which electronic cash registers were networked to the store mainframe computer. By the s bar code readers were added.

These technologies automated inventory management. Wal-Mart was an early adopter of POS. Data storage became better organized after the development of relational database software that allowed data to be stored in different tables. For example, a theoretical airline may have numerous tables such as: airplanes, employees, maintenance contractors, caterers, flights, airports, payments, tickets, etc.

These tables are related by common data fields called keys. See: Relational model Data can be retrieved in various specific configurations by posing a query without having to pull up a whole table. This, for example, makes it easy to find a passenger's seat assignment by a variety of means such as ticket number or name, and provide only the queried information. See: SQL.

Since the mids, interactive web pages have allowed users to access various servers over Internet to engage in e-commerce such as online shopping , paying bills, trading stocks, managing bank accounts and renewing auto registrations. This is the ultimate form of back office automation because the transaction information is transferred directly to the database. Computers also greatly increased productivity of the communications sector, especially in areas like the elimination of telephone operators.

Process simulation software has been developed for both steady state and dynamic simulation, the latter able to give the user a very similar experience to operating a real process like a refinery or paper mill, allowing the user to optimize the process or experiment with process modifications.

Automated teller machines ATM's became popular in recent decades and self checkout at retailers appeared in the s. The Airline Reservations System and banking are areas where computers are practically essential. Modern military systems also rely on computers. Computers did not revolutionize manufacturing because automation, in the form of control systems , had already been in existence for decades, although computers did allow more sophisticated control, which led to improved product quality and process optimization.

See: Productivity paradox. Field []. Gordon considered productivity to be "one big wave" that crested and is now receding to a lower level, while M. King Hubbert called the phenomenon of the great productivity gains preceding the Great Depression a "one time event. Because of reduced population growth in the U. The computer and computer-like semiconductor devices used in automation are the most significant productivity improving technologies developed in the final decades of the twentieth century; however, their contribution to overall productivity growth was disappointing.

Most of the productivity growth occurred in the new industry computer and related industries. Gordon is among those who questioned whether computers lived up to the great innovations of the past, such as electrification.

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Gordon's analysis of productivity in the U. Improvements in productivity affected the relative sizes of various economic sectors by reducing prices and employment. Agricultural productivity released labor at a time when manufacturing was growing. Manufacturing productivity growth peaked with factory electrification and automation, but still remains significant. However, as the relative size of the manufacturing sector shrank the government and service sectors, which have low productivity growth, grew.

Chronic hunger and malnutrition were the norm for the majority of the population of the world including England and France, until the latter part of the 19th century. Until about , in large part due to malnutrition, life expectancy in France was about 35 years, and only slightly higher in England. The U. The gains in standards of living have been accomplished largely through increases in productivity.

As a result of productivity increases, the work week declined considerably over the 19th century. From Wikipedia, the free encyclopedia. Main article: Productivity. See also: History of technology. A young "drawer" pulling a coal tub along a mine gallery. Railroads descended from minecarts.


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In Britain laws passed in and improved working conditions in mines. Main articles: Steam engine , Timeline of steam power , Thermal power station , and Engine efficiency. Main article: Electrification. Further information: Line shaft. See also: History of rail transport. Main article: Mechanization.


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  • Further information: Industrial Revolution. Further information: Second Industrial Revolution. Main article: Machine tool. Main article: Bulk material handling. Main article: Pallet. Main article: Piggyback transportation. Main article: Containerization. Main article: Factory system. Main article: Interchangeable parts. Main article: Scientific management. Main article: Standardization. Main articles: Cast iron and Steel. Main article: Sodium carbonate. Main article: Elastomer.

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    Main article: Dematerialization economics. Main article: Electrical telegraph. Main articles: Radio and Microwave transmission. Main article: Optical fiber cable. Further information: Laser. Main articles: Automation and Process control. See also: History of computing hardware. Main article: Unit record equipment. See also: British Agricultural Revolution. Measurement of Productivity and Efficiency: Theory and Practice.

    Cambridge: Cambridge University Press. Medieval Technology and Social Change. Oxford University Press. The Genius of China: years of science, discovery and invention. London and Borrklyn, NY: Verso. Science and Technology in the Industrial Revolution. University of Toronto Press. New York: W. Norton and Co. University Of Chicago Press. Archived from the original PDF on New York: D.

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    Electricity in Economic Growth. Owen New York, Toronto: Random House. Philadelphia: John. Potter and Co. An Encyclopedia of the History of Technology. London: Routledge. Heidelberg and New York: Physica-Verlag. Retrieved Government Senate Committee". American State Papers. United States.

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    Cost is in gold standard dollars. Transportation Quarterly. Economic Growth. Princeton University Press. Archived from the original on Johns Hopkins University Press. The tools that built America. Mineola, NY: Dover Publications, University of North Carolina Press. Sweated Industries and Sweated Labor.

    Urbana, Il: University of Illinois Press. May 17, Archived from the original PDF on April 5, Mining Magazine. Princeton Univ. The Transportation Revolution, Frederick W. Taylor and the Rise of Scientific Management. University of Wisconsin Press. Belknap Press of Harvard University Press. Expert Meeting on How to Feed the World. Food and Agriculture Organization of the United Nations. MIT Press.


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    A History of Metallurgy, Second Edition. London: Maney Publishing, for the Institute of Materials. A road-tested formula for improving your performance, from one of the business world's most successful - and productive - executives. Robert C. Pozen taught a full course load at Harvard Business School while serving as the full-time chairman of a global financial-services firm.

    He's written six books and hundreds of articles, raised a family with his wife of more than four decades, and served on many boards of local charities and public companies. Pozen is a prince of productivity, a man who has worked smarter and faster than almost everyone around him for more than 40 years. In Extreme Productivity, Pozen reveals the secrets to workplace productivity and high performance. His book is for anyone feeling overwhelmed by an existing workload - facing myriad competing demands and multiple time-sensitive projects.

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    Offering antidotes to a calendar full of boring meetings and a backlog of emails, Extreme Productivity explains how to determine your highest priorities and match them with how you actually spend your time. Pozen shows that in order to be truly productive, professionals must make a critical shift in their mind-set: from hours worked to results produced. He helps people at all stages of their careers read, write, and make presentations quicker and more effectively.

    He provides professionals with practical tips on how to efficiently use their time in the office - while leading full and productive personal lives as well. Would you say that listening to this book was time well-spent? Why or why not? This is a nice book worth reading. Most people figure all this stuff out by age Therefore it is best for younger people.

    This does not mean us older folks could not benefit from reminders. The name implies a potentially huge paradigm shift in thinking. Would you recommend Extreme Productivity to your friends? Yes I would recommend this book to someone who has trouble getting out of their own way. Super achievers would not be challenged. Friendly voice easy to understand. That is probably why I gave the subtitle Uncle Bob tells us how to get things done.

    Did Extreme Productivity inspire you to do anything? Listening to all of Robert Pozen's accomplishments makes me think his DNA is different than the rest of us mortals. His ability to absorb knowledge makes him an outlier. Not to be funny but my first inspiration was to give up. There is no way I could hold down as many jobs at one time as he did. Later in the book I realized he puts his pants on one leg at a time like everyone else.