Differentiate between BYOD and Mobile Computing.SolutionBYOD .pdf
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Differentiate between BYOD and Mobile Computing. Solution BYOD: IT refers to the practice of allowing students/employees to bring their own mobile devices to school/work that are capable of connecting to the Internet, and can include everything from laptops to netbooks, tablets, smartphones, PDAs, e-readers and gaming devices. BYOD is also sometimes known as BYOT (bring your own technology) or referred to as the consumerization of IT. Benifits: 1. Helps to achieve one-to-one computing at less cost. 2. Teaches problem-solving, creativity and other 21st-century skills. 3. Anytime, anywhere access 4. Greater collaboration Mobile Computing: Mobile Computing is a technology which allows to transmission of data, voice and videos via a computer or any other wireless enabled devices without having to be connected to a fixed physical link. The major concepts involved in Mobile Computing are, Mobile communication: Mobile hardware Mobile software Benifits: 1. Location Flexibility 2. Saves Time 3. Enhanced Productivity 4. Ease of Research 5. Entertainment.
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Mobile Computing
Mobile computing allows transmission of data, voice, and video via computers and wireless devices without a fixed physical connection. It provides wireless communication between devices through technologies like ubiquitous computing, which makes computing appear everywhere, and pervasive computing, which uses information technology everywhere. Mobile computing devices include PDAs, smartphones that combine PDA and phone capabilities, and tablets with large touchscreens. While offering location flexibility, enhanced productivity, and entertainment, mobile computing has limitations around resource constraints, interference, bandwidth, dynamic network changes, and security issues.
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Mobile technology refers to the array of devices, software, and communication technologies designed for use while on the move. It encompasses mobile phones, smartphones, tablets, and wearable devices, as well as the infrastructure and networks that enable their functionality. At its core, mobile technology empowers individuals and organizations to access information, communicate, and perform various tasks from virtually anywhere. Key components include cellular networks, which enable voice and data transmission, and wireless technologies like Wi-Fi and Bluetooth. Mobile applications, or "apps," have also become integral, providing a diverse range of functionalities from entertainment and productivity to health and navigation.
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This document discusses mobile computing. It begins by defining mobile computing as human-computer interaction that allows transmission of data, voice and video via wireless devices without a fixed connection. It then discusses mobile communication, hardware, and software. For mobile hardware, it describes devices like smartphones, tablets, and PDAs. For mobile software, it discusses how software deals with the characteristics and requirements of mobile applications. It also covers advantages of mobile computing like location flexibility and enhanced productivity, as well as limitations like range/bandwidth and security standards. Overall, the document provides an overview of the key concepts and components of mobile computing.
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Mobile computing allows users to access network services anywhere through mobile devices like smartphones and tablets connected to wireless networks. It involves mobile communication infrastructure, portable hardware devices, and software applications designed for mobility. The document outlines the key benefits of mobile computing like connectivity and productivity. It also discusses wireless network technologies, limitations around power and security, and applications in fields like real estate, law, and emergency services. Current trends include advances in artificial intelligence, internet of things, 5G networks, mobile payments, and e-commerce. While limitations remain, mobile computing continues to improve with technological progress.
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Mobile learning, or m-learning, involves using mobile devices like PDAs and tablet PCs for teaching and learning. It allows learning to occur anywhere and breaks the traditional boundaries of the classroom. Mobile devices are portable, affordable, and appeal to today's technology-savvy students. They provide easy access to information, allow for collaborative work, and enable paperless classrooms.
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Mobile learning involves using mobile technologies and wireless networks to facilitate learning across different locations. It allows students to interact with instructors and classmates, access information portably, and collaborate on projects together remotely. Some key benefits of mobile learning include increasing student engagement, motivation, and providing more flexibility and autonomy. However, mobile learning also faces limitations such as small screen sizes, limited storage, high costs, and difficulties assessing learning that occurs over mobile phones.
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The document discusses mobile computing, which allows transmission of data, voice, and video via wireless devices. It describes mobile computing as consisting of mobile communication, hardware, and software. Mobile communication provides the infrastructure for reliable communication between wireless devices using protocols, services, bandwidth, and portals. Mobile hardware includes devices like smartphones and laptops that support mobility. Mobile software is the operating system that operates mobile devices and deals with their characteristics and requirements. Some examples of mobile applications discussed are web access, GPS, entertainment, education, and managing personal records through social media. The document also covers characteristics of mobile computing like portability, social interactivity, context sensitivity, and connectivity.
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At the end of the lesson, students should be able to define Information Technology and describe the development of IT. The development began with standalone computers and operating systems, progressed to mainframes and client-server networks, then to distributed computing which allowed programs to run across multiple computers simultaneously, and currently cloud computing is prominent which provides computing resources and services over the Internet.
Atm Communication Online Meeting
ITF 11103-INFORMATION TECHNOLOGY AND Its APPLICATION
COMMUNICATION (Group 1)
NAME OF MEMBERS :
NUR ATIRAH BT AGU SALIM 043109
PUTERI NAIEMAH BT MEGAT ABU SAMAH 044352
NOR AFIQAH BT ISMAIL 044057
SITI NUR SUHAILAH NASUHA BT KHAIRUL PATAH 044627
SITI NURHAZATULAZREEN BT HAMDAN 044128
Lesson one introduction to mc
Mobile computing allows users to access network services and applications from portable devices anywhere and anytime. It involves wireless communication technologies that power mobile phones, tablets, laptops and other devices. These devices run mobile operating systems like Android and iOS that optimize for limited resources while providing full functionality. Mobile computing has many applications including emergency response, vehicle telematics, e-commerce, industrial automation, home assistance, office productivity and more. It represents a natural evolution of computing towards ubiquitous access through portable, connected devices.
Presentation mobile computing
Mobile computing allows transmission of data, voice, and video via wireless devices without a physical connection. It involves mobile communication infrastructure, mobile hardware like devices, and mobile software applications. Some common uses of mobile computing include emergency services, courts, businesses, inventory management, credit verification, taxi dispatch, and email/paging. As technology advances in areas like artificial intelligence and integrated circuits, mobile computing is becoming more powerful yet compact and ubiquitous. It may allow personalized assistance on small devices and flexible work-from-home arrangements.
Differentiate ln( cose^2x)Solution Fir.pdf
Differentiate
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Solution
First note the derivative of ln(x)=1/x. So you know the derivative of ln(cos(2x)) is
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Solution
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3.A Single User OSes use a time sharing design to allow for multi-tasking while RTOSes either
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Mobile computing -- Introduction
Mobile computing allows transmission of data without a fixed physical connection. It involves human-computer interaction and portable technologies that provide internet access from laptops, phones, and other devices. The purpose is to provide useful information to clients anywhere and anytime, drastically changing lifestyles and work methods. Key aspects include mobile communication, mobile hardware, and mobile software that runs on handheld devices and has grown in popularity since the 1980s.
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Ubiquitous computing (alias: Pervasive Computing) is a paradigm in which the processing of information is linked with each activity or object as encountered. It involves connecting electronic devices, including embedding microprocessors to communicate information. Devices that use ubiquitous computing have constant availability and are completely connected.
Ubiquitous computing focuses on learning by removing the complexity of computing and increases efficiency while using computing for different daily activities.
Ubiquitous computing is also known as pervasive computing, everyware and ambient intelligence.
Mobile computing ppt for the students ppt
Mobile computing refers to using portable devices and wireless technologies to access data from anywhere. It includes smartphones, tablets, and other mobile devices that have revolutionized how we interact with technology on the go. There are various mobile operating systems like iOS, Android, and Windows Mobile that power different types of devices. While mobile computing provides benefits like flexibility, productivity and cost efficiency, it also presents security risks and potential distractions if not implemented and managed properly. As 5G, AI, and IoT expand mobile connectivity further, both opportunities and challenges for users and businesses will continue to evolve.
Mobile computing ppt for the students ppt
Mobile computing refers to using portable devices and wireless technologies to access data from anywhere. It includes smartphones, tablets, and other mobile devices that have revolutionized how we interact with technology on the go. There are various mobile operating systems like iOS, Android, and Windows Mobile that power different types of devices. While mobile computing provides benefits like flexibility, productivity and cost efficiency, it also presents security risks and potential distractions if not implemented and managed properly. As 5G, AI, and IoT expand mobile connectivity further, both opportunities and challenges for users and businesses will continue to evolve.
Mobile computing The brief explanation of mobile computing and how it used
Mobile computing allows users to access network services anywhere through mobile devices like smartphones and tablets connected to wireless networks. It involves mobile communication infrastructure, portable hardware devices, and software applications designed for mobility. The document outlines the key benefits of mobile computing like connectivity and productivity. It also discusses wireless network technologies, limitations around power and security, and applications in fields like real estate, law, and emergency services. Current trends include advances in artificial intelligence, internet of things, 5G networks, mobile payments, and e-commerce. While limitations remain, mobile computing continues to improve with technological progress.
Modern Technology
About modern technology in our modern life. It can be helpful to increase your knowledge.
Thank You.
Future 480
Mobile learning, or m-learning, involves using mobile devices like PDAs and tablet PCs for teaching and learning. It allows learning to occur anywhere and breaks the traditional boundaries of the classroom. Mobile devices are portable, affordable, and appeal to today's technology-savvy students. They provide easy access to information, allow for collaborative work, and enable paperless classrooms.
Mobile learning (last)
Mobile learning involves using mobile technologies and wireless networks to facilitate learning across different locations. It allows students to interact with instructors and classmates, access information portably, and collaborate on projects together remotely. Some key benefits of mobile learning include increasing student engagement, motivation, and providing more flexibility and autonomy. However, mobile learning also faces limitations such as small screen sizes, limited storage, high costs, and difficulties assessing learning that occurs over mobile phones.
Information and communication technology
ICT refers to technologies that are used for information processing, communication, and storage. It includes computers, communication devices, software, and networks used to convert, store, protect, process, transmit, and retrieve information. ICT has evolved through phases from large mainframe computers to personal computers, networking, wireless technologies, and digital convergence. ICT plays a vital role in modern business through applications like e-commerce, inventory management, data management, and more. It also supports education through ICT education, ICT-supported education, and ICT-enabled education.
Mobile Computing and its Advantages, Disadvantages and Applications
Mobile computing is generic technology that help to transmit of data other wireless terminals and its various Advantages, Disadvantages and Applications.
http://digitalthinkerhelp.com/mobile-computing
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ICT tools include computers, laptops, tablets, smartphones, printers, scanners, and other digital devices that allow for information communication through networks and the internet. They can provide universal access to education and improve learning, teaching, and management. Some key ICT tools are computers, which process data and give outputs; laptops, which are portable computers; the internet, which connects billions of devices globally; and interactive whiteboards, which allow touch-based control of screens projected from connected computers. Other tools include tablets like iPads, smartphones like iPhones, digital cameras, and video conferencing software like Skype. ICT tools have potential to enhance education when implemented effectively.
mobile computing - Unit 1 Material.pdf
The document discusses mobile computing, which allows transmission of data, voice, and video via wireless devices. It describes mobile computing as consisting of mobile communication, hardware, and software. Mobile communication provides the infrastructure for reliable communication between wireless devices using protocols, services, bandwidth, and portals. Mobile hardware includes devices like smartphones and laptops that support mobility. Mobile software is the operating system that operates mobile devices and deals with their characteristics and requirements. Some examples of mobile applications discussed are web access, GPS, entertainment, education, and managing personal records through social media. The document also covers characteristics of mobile computing like portability, social interactivity, context sensitivity, and connectivity.
myle paeldilan
Laptops, computers, smartphones, and Wi-Fi help make our lives more convenient and connected. Laptops allow portable computing and working from anywhere. Computers efficiently handle business operations and enhance learning. Smartphones provide numerous ways of communicating through calling, texting, emailing, social media, and video chat. Pocket Wi-Fi devices allow internet access on multiple devices anywhere by acting as portable wireless hotspots.
EMERGING DIGITAL TECHNOLOGIES TO THE CLASSROOM
The document discusses different types of wireless devices used for educational purposes including WiFi which uses radio frequencies to connect devices to fast networks, handhelds and smartphones that offered personal organization capabilities and smarter features, mini-laptops or netbooks that are affordable and convenient for students with wireless internet, and e-books which allow storing and reading multiple digital books on a single device.
Marketing Brochure Smart Campus
Yobitel is a leading company that provides IT infrastructure, technology, and operations services to help clients transform their educational systems. It offers solutions in areas like mobility, virtual infrastructure, big data, robotics, and cloud computing. Yobitel began in the education sector and helps standardize learning platforms used around the world. It delivers innovative services through its proprietary YOBICES model to help clients reduce operational costs. Yobitel aims to be a leader in transforming the educational world through high innovation and new technologies.
Smart campus transforming education
Yobitel is a leading company that provides IT infrastructure, technology, and operations services to help clients transform their educational systems. It offers solutions in areas like mobility, virtual infrastructure, big data, robotics, and cloud computing. Yobitel began working in the education sector and now provides innovative services like wireless connectivity, virtual desktops, smart E-boards, classroom management tools, and dormitory printing to create connected campuses and enhance the learning experience. Its goal is to standardize platforms to match the best educational systems globally and help clients achieve over 150% cost savings on infrastructure.
1.1 introduction to it and development of it
At the end of the lesson, students should be able to define Information Technology and describe the development of IT. The development began with standalone computers and operating systems, progressed to mainframes and client-server networks, then to distributed computing which allowed programs to run across multiple computers simultaneously, and currently cloud computing is prominent which provides computing resources and services over the Internet.
Atm Communication Online Meeting
ITF 11103-INFORMATION TECHNOLOGY AND Its APPLICATION
COMMUNICATION (Group 1)
NAME OF MEMBERS :
NUR ATIRAH BT AGU SALIM 043109
PUTERI NAIEMAH BT MEGAT ABU SAMAH 044352
NOR AFIQAH BT ISMAIL 044057
SITI NUR SUHAILAH NASUHA BT KHAIRUL PATAH 044627
SITI NURHAZATULAZREEN BT HAMDAN 044128
Lesson one introduction to mc
Mobile computing allows users to access network services and applications from portable devices anywhere and anytime. It involves wireless communication technologies that power mobile phones, tablets, laptops and other devices. These devices run mobile operating systems like Android and iOS that optimize for limited resources while providing full functionality. Mobile computing has many applications including emergency response, vehicle telematics, e-commerce, industrial automation, home assistance, office productivity and more. It represents a natural evolution of computing towards ubiquitous access through portable, connected devices.
Presentation mobile computing
Mobile computing allows transmission of data, voice, and video via wireless devices without a physical connection. It involves mobile communication infrastructure, mobile hardware like devices, and mobile software applications. Some common uses of mobile computing include emergency services, courts, businesses, inventory management, credit verification, taxi dispatch, and email/paging. As technology advances in areas like artificial intelligence and integrated circuits, mobile computing is becoming more powerful yet compact and ubiquitous. It may allow personalized assistance on small devices and flexible work-from-home arrangements.
Similar to Differentiate between BYOD and Mobile Computing.SolutionBYOD .pdf (20)
Mobile computing The brief explanation of mobile computing and how it used
Mobile computing The brief explanation of mobile computing and how it used
Mobile Computing and its Advantages, Disadvantages and Applications
Mobile Computing and its Advantages, Disadvantages and Applications
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Differentiate ln( cose^2x)Solution Fir.pdf
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More formally, define the following truth concept
WFF\'s = {+; -}, i.e., all strings composed of only plus and minus symbols.
A WFF x is true if every prefix of x contains at least as many + symbols as - symbols.
Find a logic for this truth concept by proving that it is sound and complete. Hint: it may help to
define additional judgement form(s)
Solution
For each + in x, push a symbol onto a stack. For each - pop a symbol. If there is
ever and attempt to pop an empty stack x is rejected. If not, then x is accepted. This can be
implemented in a push-down automaton..
diagonalizable If A DOES NOT have distinct eigenvalues, eg 2 ei.pdf
diagonalizable?
If A DOES NOT have distinct eigenvalues, eg 2 eigenvalue not distinct
but D=digonal(all eigenvlues of A) is linearly independent => det(D)=/= 0
in addition CD = AC
Is A diagonalizable?
Solution
is not necessarily equal to A. For different nonsingular matrices P, the above
expression will ... If A and B are similar matrices, then they have the same eigenvalues. ... A
matrix A is diagonalizable if A is similar to a diagonal matrix D. ... Since the l\'s are distinct, the
ci\'s must all be zero, which is a contradiction.
Develop a fully specified model of the factors that affect fundraisi.pdf
Develop a fully specified model of the factors that affect fundraising at a nonprofit, social
services organization. Focus on different categories of factors that affect fundraising, and
consider how some might be grouped as index variables.
Solution
Here are factors to consider when evaluating an organization\'s fundraising costs and returns.
1) A donor acquisition mailing will have a much lower return on investment than a donor
renewal mailing.
2) A capital campaign will produce a much higher return on investment than an annual fund
program.
3) A newly established planned giving program may have zero return on investment for the first
few years.
4) The return on investment for a special event will be lower than that of a major gifts program.
These are just a few factors that affect the cost of fundraising and make it difficult to evaluate a
charity based solely on financial factors.
Devron and Maxwell, investors in the Grand Corporation, are dissatis.pdf
Devron and Maxwell, investors in the Grand Corporation, are dissatisfied with their profit
maximization theory of corporate objectives.
These investors and others who look beyond dividends and profits may consider the triple
bottom line, which does not include a corporation
Solution
4. congressional lobbying activities.
The TBL is an accounting framework that incorporates three dimensions of performance: social,
environmental and financial. This differs from traditional reporting frameworks as it includes
ecological (or environmental) and social measures that can be difficult to assign appropriate
means of measurement. The TBL dimensions are also commonly called the three Ps: people,
planet and profits.It will refer to these as the 3Ps..
Determine whether therelation R onthe set of all people is reflexive.pdf
Determine whether therelation R onthe set of all people is reflexive, symmetric,
antisymmetric,and/or
transitive, where(a, b) elements ofRif and only if
(a)a is tallerthan b.
(b)a andb were born on thesame day.
(c)a has the same firstname as b.
(d) a and b have a commongrandparent.
Solution
(a) a is taller than b.
(b) a and b were born on the sameday.
it is equivalencerelation
(c) a has the same first nameas b.
(d) aand bhave a common grandparent..
Determine whether the following sources of the U.S. comparative adva.pdf
Determine whether the following sources of the U.S. comparative advantage are inherent or
transferable. Not all of these have clear-cut answers. Briefly defend your position.
A) Skills of the U.S. labor force
B) U.S. governmental institutions
C) U.S. Physical and technological infrastructure
D) The English language
E) Wealth from past production
F) U.S. natural resources
G) Cachet
H) Interia
I) U.S. intellectual property rights
J) A relatively open immigration policy
Solution
A) Skills of the U.S. labor force
It is inherent because it belongs to US human resource and it is human resource which cannot ne
transferred.
B) U.S. governmental institutions
It is inherent as these institutions are meant to regulate and develop the various aspects of US
economy and their roles are specifically defined.
C) U.S. Physical and technological infrastructure
Physical infrastructure is inherent but technological infrastructure is transferrable in one aspect
that through licensing or know how, technology can be transferred for use in other economies to
gain some advantage.
D) The English language
It is transferable because language has no geographical barrier.
E) Wealth from past production
It is inherent as it is meant for US economy only.
F) U.S. natural resources
It is also inherent as it is non transferrable.
G) Cachet
It is inherent feature of US comparative advantage
H) Interia
I) U.S. intellectual property rights
It is tranferable as it can be reused by other parties through licensing and royalty.
J) A relatively open immigration policy
It is inherent because it is controlled by US authorities and no other country can interfere here..
Determine whether the events are independent or dependent. Then find.pdf
Determine whether the events are independent or dependent. Then find the probability of the
event.
Randomly selecting a four-person committee consisting entirely of men from a pool of 12 men
and 14 women.
Solution
occurence of one is not dependent on others so, it is independent events
probablity = 4/12 = 1/3 = 0.33.
Determine whether the following events are independent or dependent.pdf
Determine whether the following events are independent or dependent
- being african american or any person of color raised in the poverty stricken part of a big city
and going to college for higher education
- growing up in beautiful pebble beach and going to college for higher education
- randomly selected student from CA community colleges being successful in four year college
and a randomly selected student from MA community colleges being successful in four year
college
Solution
dependent
dependent
independent.
Determine whether or not the existence-uniqueness theorem guarantees.pdf
Determine whether or not the existence-uniqueness theorem guarantees the existance of an
unique solution to the given initial value problem.
1. dy/dx = x ln (y2+4) y(2) = 0
2. x dy/dx = (y-2)1/3 y(1) = 2
Solution
1)this one has no unique solution dy/dx = x ln (y2+4) y(2) = 0.
Determine two Numerical Techniques that are used to solve particular.pdf
Determine two Numerical Techniques that are used to solve particular Engineering Problems.
List all the modifications and updates for these techniques
Solution
1)LU decomposition
modification and updtes for this technique:
2)Direct methods for sparse matrices:.
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