DIGITAL JEWELRY PRESENTATION ON “DIGITAL JEWELRY” Submitted for internals for the fulfillment of the degree Masters of Business Administration 2013-15 Under the Guidance of: Submitted By: MS. NEHA RAJAN AARUSHI GUPTA (73) DISHA JAIN(82)
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ABSTRACT Most research in Machine translation is about having the computers completely bear the load of translating one human language into another. This paper looks at the machine translation problem afresh and observes that there is a need to share the load between man and machine‚ distinguish ‘reliable’ knowledge from the ‘heuristics’‚ provide a spectrum of outputs to serve different strata of people‚ and finally make use of existing resources instead of reinventing the wheel. This paper describes
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characteristics of the web as a marketing medium. 2. The difference between digital marketing and traditional marketing practice. 3. Exploration of a range of digital marketing strategies with explanations of how they integrate with traditional marketing. 4. A description of the stages of analysis‚ development‚ implementation and control of digital marketing campaigns. 5. Survey of a range of e-tools to include social media marketing‚ blogs‚ rich media‚ email marketing‚ search
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Simple Machines Definitions: Machine- A device that makes work easier by changing the speed ‚ direction‚ or amount of a force. Simple Machine- A device that performs work with only one movement. Simple machines include lever‚ wheel and axle‚ inclined plane‚ screw‚ and wedge. Ideal Mechanical Advantage (IMA)- A machine in which work in equals work out; such a machine would be frictionless and a 100% efficient IMA= De/Dr Actual Mechanical Advantage (AMA)- It is pretty much the opposite of
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Simple Machine Joemarie A. Martinez 1-D CE Simple machine Simple machines make work easier by multiplying‚ reducing‚ or changing the direction of a force. The scientific formula for work is w = f x d‚ or‚ work is equal to force multiplied by distance. Simple machines cannot change the amount of work done‚ but they can reduce the effort force that is required to do the work! As you can see by this formula‚ if the effort force is reduced‚ distance is increased. These simple machines fall
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The evolution of programming has seen a number of programming language generations and programming paradigms or styles. Write notes describing and distinguishing the different programming paradigms that have been used to date and also highlight the merits and demerits of each programming paradigm. (30) A programming language is a system of signs used to communicate a task/algorithm to a computer‚ causing the task to be performed. The task to be performed is called a computation‚ more broadly‚ a
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Simple machines are extremely important to everyday life. They make stuff that is normally difficult a piece of cake. There are several types of simple machines. The first simple machine is a lever. A lever consists of a fulcrum‚ load‚ and effort force. A fulcrum is the support. The placing of the fulcrum changes the amount of force and distance it will take in order to move an object. The load is the applied force. The effort force is the force applied on the opposite side of the load
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DIGITAL JEWELLERY MADE POSSIBLE USING WIRELESS COMMUNICATIONS PAPER SUBMITTED BY Praneeth Surapaneni ¾ IT ANITS VISAKHAPATNAM E-MAIL:praneeth1000@gmail.com PH.NO :9908033043 ABSTRACT Mobile computing is beginning to break the chains that tie us to our desks‚ but many of today’s mobile devices can still be a bit awkward to carry around. In the next age of computing‚ there will be an explosion of computer parts across our bodies‚ rather than across our desktops. Basically‚ jewellery adorns the
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BTEC Extended Diploma for IT Practitioners Event Driven Programming (2010) ~ Unit 14 ~ Unit Code : F/601/7281 Level 3 14.P1 14.P2 14.P3 14.P4 14.P5 14.P6 14.M1 Explain the key features of event driven programs. Demonstrate the use of event driven tools and techniques. Design an event driven application to meet defined requirements. Implement a working event driven application to meet defined requirements. Test an event driven application. Create onscreen help to assist the users of a computer program
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Summary of PL/1 (Programming Languages 1) History (Programming Language 1) A high-level IBM programming language introduced in 1964 with the System/360 series‚ developed by George Radin of IBM in 1964. Originally named (NPL) and Fortran VI. It was designed to combine features of and eventually supplant COBOL and FORTRAN‚ which never happened. A PL/I program is made up of procedures (modules) that can be compiled independently. There is always a main procedure and zero or more additional ones.
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