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| Iphone (31) | |
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The smartphones have became powerful computers in our pocket/hands. The Internet has opened the highway to the world of information
smithsonian. com) The satellites and the spread of the Internet and mobile devices, smartphones and tablets have led to a veritable deluge of data, further accelerating the move toward the Internet of things.
Our smartphones and tablets are manufactured from parts made in the Far east that are transported then thousands of kilometers into the countries buying them.
for example tracking the user of a smartphone to suggest they buy or visit objects available in their area.
Smartphones and future devices embedded with machine-learning techniques will learn from real-time Innovation Landscape and Fields 21 interactions with the user and not from navigation (too many errors) or a published profile only.
Its popularity has been increasing greatly in recent years due to much higher affordability and simplicity through smartphone and tablet connectivity.
The Internet of things facilitates taking control of all connected objects from outside using a smartphone. The challenge for companies is to install this automation in every home
For example, French scientists have studied the influence of the smartphone on the human brain over a period of 5 years
A plethora of services were born due to the Internet and smartphone. Technology-empowered communication, television (TV), cinema, video games, writing and creation of other cultural assets changed the need for skills.
Washing machines, refrigerators, vacuum cleaners, computers, smartphones and many others were accepted immediately. While three-dimensional (3d printer is extremely useful for prototyping, quickly providing spare parts,
Lessons Learned from a Smartphone-Based Insurance Telematics Initiative...85 Jens Ohlsson, Peter Haâ ndel, Shengnan Han,
smartphones serve as a good example to illustrate the shift in the rate of innovation across time.
Smartphones represent a product innovation combining various functionalities such as the ones of mobile phones web browsers, or navigation systems.
When the first smartphones entered the market, the rate of this product innovation was very high.
Even though smartphones as such are not highly innovative any more, they still enable manifold process innovations in all kinds of application areas.
Lessons Learned from a Smartphone-Based Insurance Telematics Initiativeâ€. They present the potentials of behavioral-based insurance
Examples abound, such as Apple†s introduction of the ipod and smartphone, or Skype†s introduction of consumer VOIP.
Lessons learned from a smartphone-based insurance telematics Emerging Technologies in BPM 57 initiative. In J. vom Brocke & T. Schmiedel (Eds.
Lessons Learned from a Smartphone-Based Insurance Telematics Initiative Jens Ohlsson, Peter Haâ ndel, Shengnan Han,
In this chapter, we demonstrate the insurer†s process innovation with smartphone-based insurance telematics, using the example of the â€oeif Safedrive†campaign
or smartphone, has become a ubiquitous personal device influencing a large portion of the contemporary individual†s daily life.
The capabilities of smartphones exhibit a dramatic increase compared to traditional feature phones due to (1) the user friendly human-machine interface design;(
Contemporary smartphones are equipped with a large set of sensors which sense the surrounding environment, including means for positioning via e g.,
, used for the detection of the orientation of the smartphone for automatic rotation of the displayed information;
which enhance the calculated position, direction and movement of the bearer of the smartphone. By combining measurements from sensors with complementary properties, information with enhanced properties can typically be extracted.
Sensor-equipped measurement platforms with processing capabilities existed prior to the introduction of the smartphone,
but the smartphone made it a ubiquitous device available in large volumes and distributed to a large portion of the population†a fact that opens up opportunities for developing a range of disruptive technologies.
The sensing capabilities of the smartphone create exciting new application areas (Lane et al. 2010). ) Connecting millions or even billions of smartphones into large scale sensing systems enable time or location-based services in environment monitoring, intelligent transportation systems, applications in health and support for the ageing populations,
to mention only a few. Sheng, Tang, Xiao, and Xue (2013) list two paradigms for sensing via large-scale smartphone-based measurement systems, namely,(1) participatory sensing and (2) opportunistic sensing, where the former is based on an active
participation on the part of the smartphone owner and the latter has automated sensing without the interaction of the end-user.
The evolution of smartphone technologies together with its social and technical capabilities creates a solid foundation for innovating business processes in various industries.
An innovation is defined as â€oenew to the state of the art, †which basically means without known precedent (Abrahamson, 1996;
which a smartphone-based Usage Based Insurance (UBI) product for a personalised car insurance is realized. It is believed that the findings are of a general interest as an example of a disruptive technology,
like a smartphone (Fig. 1, pictures from left to right). An insurer can access actual driving behaviour data through an insurance telematics program.
The possibility of obtaining a scalable technology for insurance telematics has increased the insurance companies†interest in smartphone-based programs
and smartphone with insurance telematics software from Movelo (right) 88 J. Ohlsson et al. 2. 1 The Smartphone-Based Insurance Telematics Application At the Department of Signal Processing, KTH
a new smartphone-based measurement probe is developed and subsequently deployed for commercial purpose (Haâ ndel, Ohlsson, Ohlsson, Skog, & Nygren, 2014).
The clear advantages using the smartphone in this context include its high availability, competitive price-performance metric,
or a smartphone, as illustrated in Fig. 1. The probe monitors and transmits risk-related information to the insurers such as the speeding,
and smartphone development in combination with the research activities at the universities were a catalyst for the moving vehicle logger campaign that was set up by Movelo AB and If P & C in early 2013.
such as a smartphone solution, the insurers need innovated marketing and sales processes to facilitate and get a maximum effect out of the new product.
and sales process by getting a new customer channel and improved customer relations through the new possibility of communicating to their customers via the smartphone;(
The process innovation and redesign work was done by means of an iterative approach Movelo prototyped the smartphone solution
Fig. 2 Examples of the smartphone interface and feedback to car-drivers from top to down/left to right:
The purpose of the commercial release was to implement the smartphone application in real driving scenarios with larger group customers/car drivers.
if the smartphone-based UBI fulfilled the initiative objectives, e g.,, creating sales-volumes and acquiring new customers. 3. 1 The Process Innovation:
Customer Acquisition Process The application of the smartphone-based UBI telematics transformed the insurer If†s sales
and implemented with the aims of taking maximum advantage of the new customer channel (the Smartphone) and its communication capabilities.
or curious of testing safe-drivning qualification Qualify for Safe-driving scores Communicate Quote via Smartphone Accept Quote Pay invoice Customer insured Challenge one
In this activity of the To-Be process the end user received feedback from his/her smartphone on driving behaviour after each drive (see Fig. 2). The feedback consisted of scores 0†100 based on braking, acceleration and speeding behaviour,
the smartphone should be mounted on the dash board, thus, a cradle to put the smartphone in should be fixed in the car,
which results in extra costs for end users. Thus the feedback during the driving was passive,
In the smartphone solution one can set up an auto-start function, thus the end users can have the application start by itself when driving.
filtering GPS data combined with sensor fusion from the accelerometer and gyroscope in the smartphone,
and combined with map-data in the smartphone (Haâ ndel et al.,2014). ) The complementary parameters for the risk-assessment process
worldwide, utilizing the processing power of smartphones. The data quality was assured by rigorous soft computing methods.
and large majority of the users recommended the smartphone application to friends, it failed to recruit the desired amount of new customers.
Or Insurer makes an outbound call to recruit new customer Consumer makes insurance request through †Smartphone App New customers recruitments are made by word-of-mouth, e g. inviting friends, social communities
The core technology of the smartphone-driven insurance telematics has yielded the advantage of improving risk assessments activities by collecting
Discussion In the case of the If Safedrive campaign, the smartphone-based insurance telematics was tested
where the insurer applied smartphone-based insurance telematics to innovating business processes, i e. customer acquisition, risk assessment and price calculation.
Smartphone-based measurement systems for road vehicle traffic monitoring and usage-based insurance. IEEE Systems Journal, 8 (4), 1238†1248. doi:
, smartphones) more and more events have geospatial attributes. Note that the Ioc, the Iop, the Iot, and the Iol partially overlap.
innovation, 41†44 Seven process modeling guidelines (7pmg), 181,183 Skills, 17, 53†56,131, 134,260, 267,269, 272 Smartphone, 7, 42, 85â€
100,106 Smartphone-based monitoring, 86 Smart processes, 23,25 Social BPM, 54†55 Social collaboration, 52†53,56 Social media, 3
Lessons Learned from a Smartphone-Based Insurance Telematics...1 Introduction 2 The Disruptive Technology: Insurance Telematics 2. 1 The Smartphone-Based Insurance Telematics Application 2. 2 The Vendor Moveloâ's Motivation to Commercialize the Application 3 The Case of the If Safedrive Campaign 3
. 1 The Process Innovation: Customer Acquisition Process 3. 1. 1 The As-Is Customer Acquisition Process 3. 1. 2 The To-Be Customer Acquisition Process 3. 1. 3 The To-Be Process Advantages
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smartphone enabled data aggregation, medical situation awareness and analysis (risk classification, root cause analysis and risk triggers
for mobile data collection and loaded it onto an Android Smartphone that the Community Health Workers
Buddy does not require a smartphone; and will not in the foreseeable future. This makes it cheap and attainable across social groups
such as smartphone apps as a replacement to the traditional audio guide. Such technologies can often create attention and awareness
smartphones and tablets are simply a fact of life The question is therefore less about how
technologies such as smartphones and tablet devices is forcing cultural organisations, and especially museums, to think both strategically
Teens, Smartphones and Texting WASHINGTON DC: Pew Internet and American Life Project. Online Available http://www. pewinternet. org//media/Files/Reports/2012/PIP TEENS S
The rapid rise of smartphones, tablets and social media, and the applications-â€oeappsâ€-that run on them,
as smartphone penetration rises and people in these regions become more engaged 95 Mandel and Scherer, â€oethe Geography of the App Economy, †15
and smartphone penetration as in Asia, Latin america, Eastern europe, Russia and Africa 4. 3. 2 Tech hubs for app development
like widespread smartphone usage For example, despite the Internet being a military-funded research project and the
Smartphones, tablets, PDAS and other devices are becoming smaller faster, smarter, more networked and personal.
and geo-tagging functions on their smartphones help the research project measure global levels of light pollution,
safety sensors in cars and smartphone-based urban transport planners) and social innovation to support the uptake of new services (shared electric vehicle fleets and
They ensure that Ubuntu runs reliably on every platform from the PC and the smartphone
apps developers and states that the explosive growth in smartphone adoption has created opportunities for 39
Location aware smartphone detects 10 o†clock meeting and calls driverless car to pick you up
and geo tagging function on their smartphones †help the research project measure global levels of light pollution,
Smartphones, tablets, PDAS and other devices are becoming smaller, faster smarter, more networked and personal.
of mobile and web-based devices such as smartphones, computers and sensors. The work on Everyaware is presently ongoing (the project runs
a smartphone controlling the data acqui -sition and a modular sensor box with several pluggable sensors.
their smartphone, and also makes it possible for users to access the aggregate data gathered by the community, as personalised information
can†t be described as an ordinary smartphone manufacturer. It started as a joint project between Waag Society, Action Aid and Schrijf-Schrijf in
Production of a fairer smartphone: Fairphone aims to prove that it is possible to build a reasonably priced, well-specified smart phone with
devices, from smartphones to tablets to laptops and desktops. Operators can boost their offerings even as they offload traffic from their networks
for the smartphone app to interact with the hardware, and finalizing a 3d-printable, resilient enclosure
-ogy, with a separate version available for Android smartphones. Â Type of organisation The Tor Project is a US 501 (c)( 3) nonprofit dedicated to research, devel
and geo tagging function on their smartphones †help the research project measure global levels of light pollution,
Smartphones, tablets, PDAS and other devices are becoming smaller, faster smarter, more networked and personal.
of mobile and web-based devices such as smartphones, computers and sensors. The work on Everyaware is presently ongoing (the project runs
a smartphone controlling the data acqui -sition and a modular sensor box with several pluggable sensors.
their smartphone, and also makes it possible for users to access the aggregate data gathered by the community, as personalised information
can†t be described as an ordinary smartphone manufacturer. It started as a joint project between Waag Society, Action Aid and Schrijf-Schrijf in
Production of a fairer smartphone: Fairphone aims to prove that it is possible to build a reasonably priced, well-specified smart phone with
devices, from smartphones to tablets to laptops and desktops. Operators can boost their offerings even as they offload traffic from their networks
for the smartphone app to interact with the hardware, and finalizing a 3d-printable, resilient enclosure
-ogy, with a separate version available for Android smartphones. Â Type of organisation The Tor Project is a US 501 (c)( 3) nonprofit dedicated to research, devel
of the computer and of mobile devices such as tablets and smartphones, are changing dramatically in terms of behaviour and expectations as shoppers.
recently, with the growth and universal spread of mobile devices such as smartphones and tablets, a fourth and rapidly expanding channel has been added:
This trend is underpinned further by the fast growth of smartphones, tablets and other devices enabling
market, the growth in smartphones and tablet devices has changed the way people shop and the constant connectivity has seen a shift in shopping time and
With many purchase journeys starting on a smartphone and being completed on another device, it is imperative that the shopping experience is
made through a smartphone or tablet during that period France French consumers made more than 600 million
owners, nearly two thirds had a smartphone late 2013 which represents an increase of 23.5%compared to a year
 smartphone  apps  with  an  observation  that  †young
smartphones essentially provided email on the move and little else. Cloud computing was hardly on the radar.
worth noting that more than half (56 percent) of adults in the U s as of 2013 use a smartphone
Among youth, the level of smartphone and mobile device is even higher (80 percent among the 18-34 segment, a primary college target group.
Notably, smartphone ownership is even higher among the Black/Non-Hispanic (63 percent) and Hispanic (60 percent) population
called geocaches, using a smartphone or GPS and can then share their experiences online†(Geocaching, 2014.
smartphones or tablets can be used easily as well as clicker apps and other tools for active learning are widely available at low or no cost (Socrative, 2014.
Your smartphone is watching you. The New york times. Retrieved on 2 January 2015 from http://www. nytimes. com/2013/06/09/opinion/sunday/douthat-your
-smartphone-is-watching-you. html? hp ELI. (2011. Seven Things You Should Know About First Generation Learning Analytics.
Pew Internet & American Life Project-Smartphone Ownership 2013. Retrieved on 9 june 2013 from http://www. pewinternet. org/Reports/2013/Smartphone-Ownership
-2013. aspx Socrative (2014. Socrative. Retrieved on 24 february 2014 from http://www. socrative. com /Steinkuehler, C. & Duncan, S. 2013.
like widespread smartphone usage For example, despite the Internet being a military-funded research project and the
Smartphones, tablets, PDAS and other devices are becoming smaller faster, smarter, more networked and personal.
and geo-tagging functions on their smartphones help the research project measure global levels of light pollution,
affordable devices, such as smartphones and tablets. The Commissions is investing â 4. 4 million to support 12 different
â€oehp, Palm face off for smartphone SME market††Business News Americas, Mexico, August 28, 2007 â€oeibm pushes SME business locally††ITWEB, South africa, August 3, 2007
to the benefits brought by the Internet, smartphones, and the visible and invisible computing power around us.
devices (smartphones) and types of plan on offer in the market Nevertheless, the divide between developed and
services and smartphones entered the market This has contributed to the higher uptake of fixed broadband in developed countries.
smartphone, tablet) and SIM CARDS Looking towards the future, the growth potential for mobile broadband looks promising, as
excluding smartphones •Differences among countries included in the IDI. The calculation of the IDI ranking
smartphones. 26 Bolivia is among the most dynamic countries on the access sub-index(+4 ranks), and also shows
Smartphone penetration is also much lower among transient labourers (24 per cent). ) Therefore, â€oeincreasing the penetration of
newer devices such as smartphones and tablets particularly in specific demographic segments like the transient labour population†is one of the
subsidized smartphones and promotions on mobile data plans. 35 During 2013, operators further extended their wireless infrastructure and services
of smartphones to capture essential data on the patients and monitor their treatment has accelerated progress.
35 http://www. telecompaper. com/news/thai-operators-reduce-prices-of-smartphone-data-plans--900198
smartphone customers A feature of postpaid handset-based mobile -broadband plans is that they are in some
from affluent areas with greater smartphone ownership (Harford, 2014. Hence, the â€oebig†in big data does not automatically mean that issues
phones or smartphones. Household with a computer means that the computer is available for use by all members of the household at any
Assistant (PDA) and other devices for Internet connection (e g. smartphone, game console and e-book reader.
connection (e g. smartphone, game console and e-book reader Use indicators Percentage of individuals using the Internet, 2012
Smartphones provide instant internet access, the consumers wanting in this context real-time transactions ï m-wallet †represents the
like widespread smartphone usage For example, despite the Internet being a military-funded research project and the
Smartphones, tablets, PDAS and other devices are becoming smaller faster, smarter, more networked and personal.
and geo-tagging functions on their smartphones help the research project measure global levels of light pollution,
1. Investigate the potential uses or †affordances†of the smartphone and ipod 2. Engage teachers from a Faculty of education using an action learning professional development
1. What are the technology affordances of smartphones and ipods for teaching and learning in higher
pedagogies related to the use of mobile phones (smartphones with PDA functions) and ipods. The project was conducted in four phases over two years,
smartphones and Apple 30g ipods were purchased by the University from Teaching and Learning funds for use in the professional development workshops and implementations with students in classes.
of smartphones, and mp3 players in higher education m-learning professional development What are appropriate
smartphone for use prior to the commencement of the implementations with classes, so that they could
Adult educators†authentic use of smartphones to create digital teaching resources In Hello! Where are you in the landscape of educational technology?
smartphones or other devices connected to the internet Users should be able to know and control who is using their information, and how the
a wearable monitoring device, a smartphone app. and a web portal. This service is evaluated involving volunteer participants into a minimum
monitoring device and use the related smartphone application and web portal. In this way they are able to monitor their body performance indicators
consumption trends, smartphones have become more accessible, faster, and more efficient. They are quite literally the pocket gateway to the digital
Smartphone Affordance: Achieving Better Business further references:(38 24) Carayannis, E g. (1994. The Strategic Management
, Clark, S. 2011) Do Smartphones Make for Smarter Business? The Smartphone CEO Study Journal of the Knowledge Economy, June.
further references:( (26)( 50 39) Harmaakorpi, V.,Melkas, H..Knowledge management in Regional Innovation Networks: The Case of Lahti, Finland
smartphones, such as unlocking vehicles remotely to access the reserved car. Thus, the owner need not meet the renter to pick up
smartphone, etc) is rather low as compared to previous years Weak points ï¿Low penetration and use rates of the internet as compared to the average at
smartphone apps or access to social networks are increasingly becoming important drivers for Social Innovation as they offer new solutions and
smartphone applications has the highest potential in terms of job creation Filling the gaps Moreover, the ICT sector will be
smartphones or PDA phones Employment and ICT training 25.1%of companies hired ICT experts and 11.1%hired new experts in 2013
thanks to the success of novel, extremely practical smartphones, portable computers with easy-to-use 3g USB modems and attractive business models.
and social communities through smartphones, com -puters, and their gaming consoles (Williams, Yee, and Caplan, 2008),
Smartphone, with over 18 per cent using their devices to access social media sites or blogs. iii We know that digital technology is transforming our professional and social
days when mobile devices such as smartphones and tablets have overtaken the role of Personal computers (PCS) and their leadership in terms of market-share, a new
smartphones, and tablets cycles respectively) we are entering, faster than before, a third Computing Cycle of ††Wearables/Drivables/Flyables/Scannables††devices
2. Considering smartphones and tablets, as reported by Infoworld 3, in 2013 a research company such as, e g.,
+Smart mobile communications •iphone, ipad, Android OS Smartphones and tablets Cloud computing •Amazon, dropbox, Google, Salesforce. com, Windows
spanning from miniaturized sensors, to smartphones through an increasing and inedited capacity of bandwidth and storage, requiring
Advanced smartphone technology Devices containing, e g.,, GPS, Bluetooth and Near Field Communication (NFC) functions Increased bandwidth Large wireless bandwidth required to transmit large amount of data
and important example of this phenomenon is the use of the personal smartphones or tablet devices,
states 1 billion smartphones will be sold in 2015, up from 468 million in 2012 Consumerization is an unstoppable force.
already have policies that govern the use of mobile devices such as smartphones and tablets, only one third of the employees at those companies were aware of such
smartphones, the Mcafee study concludes that theft or loss of the devices is considered as a bigger security threat,
since the lost smartphone can contain sig -nificant amounts of sensitive corporate data. According to Mcafee, a third of such
, a smartphone into the enterprise environment and uses it to obtain immediate access to corporate email
their personal smartphone to read and write work email messages, schedule appointments, and send and receive instant messages.
smartphone to review the latest construction documents, to conduct conference calls with others as needed, and to display, explain
smartphones and media tablets. However, some key concerns about this strategy have to be addressed. These include:
as tablets and smartphones. Moreover, with its one-X software for smart phones Avaya also allows its employees to make the mobile phone acts as an extension of
scanning paper documents with a smartphone camera. Content of the session can be shared and stored easily in the virtual meeting space
through Smartphone-enabled mobile sensing systems In Table 10.13 the time-to-market competitiveness appears to be high, with a
or smartphone, he can complete the payment online with very few steps. It enables a quick and timely payment initiation, perfectly aligned with the receiver†s
allows customers to pay with their smartphone, with no need for cards or cash reducing by 10 s the single transaction;
including smartphones USB modems, mobile hotspots, and other mobile broadband†connected devices Source: International Telecommunication Union, World
ITU, the increase in smartphone usage is leading to more handset data download because owners of smartphones
are more likely to purchase goods, access video and audio content, pay bills, and use other online services. 10
on a smartphone that sense movement. The sensor in a runner†s shoe is a very consumer-facing example, but
on their smartphones, personal computers, and laptops And the volumes of data are exploding. Mckinsey recently estimated that the data collected globally will
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