AI Enabled Mobile Phones

8/8/2019 AI Enabled Mobile Phones

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ARTIFICIAL INTELLIGENCE ENABLED

MOBILE PHONES

Author:

SHUBHAM GUPTA

VINOD GUPTA SCHOOL OF MANAGEMENT

IIT Kharagpur, West Bengal 721302, India

E-mail: [email protected]


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ABSTRACT

Mobile phones are the most ubiquitous device one can find in todays world. Very few could have

imagined that 10 years ago. From basic phones to todays smart phones have really changed our world.

Features like GPRS, GPS etc. have really revolutionized our lives. It is now not really hard to imagine

what can be the future of mobile phones in lets say 10 years. With the latest advances in nanotechnology

we can see a real wider picture of what can our mobile phones become. I would not deter in saying that

may be in next 10-15 years computers may have become extinct or they will finally converge into just

offices or schools.

Artificial intelligence is the one key aspect which can actually bring our mobile phones more nearer to

reality and our environment. What if your mobile can learn from your particular likings and surroundings?

What if it can understand your speech? What if your mobile phone never gets discharged? All such

questions and many more can now be actually asked and imagined.

KEYWORDS

3G, 4G, LTE, Artificial Intelligence, GPRS, GPS

INTRODUCTION

The first handheld mobile or cellular phone was demonstrated in the year 1973. By 1990 12.4 million

people had mobile phones. By the end of 2010 ,only twenty years later the number of mobile phone users

have increased to around 5 billion(380 times). Mobiles phones have now become a necessity. From 2kgheavy weight phones to todays slim and cool smart phones mobiles have evolved rapidly. There is a lot of

research going on as to what can mobiles with artificial intelligence plus nanotechnology may look like.

Am I talking of robots taking over the world? No. Future generations AI enabled smart phones will change

our lives completely. What if you can wear your phone like a watch and at the same time dive into a

swimming pool and your mobile phone is getting charged? Odds for such a device are really high.

Artificial intelligence is the intelligence of machines and the branch of computer science that aims to

create it. I am certainly not talking about phones that will take decisions on their own but they will

remember what to do if taught. For example remembering the names of the people you met with face

recognition system. Next time you see that person coming towards you all you have to say is who is

he/she? Wouldnt it be nice if your mobile will recognize his face and tell you his/her name?


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Obviously such services would require a lot of data transmission. With 3G(third generation) , 4G(fourth

generation) and LTE(Long term evolution) services lot of data could be transferred instantly. 4G aims to

provide broadband wireless access at 100Mbit/s to fast moving devices and 1Gbit/s to stationary devices.

LTE promises broadband wireless speed of 233 Mbit/s to mobile users.

Human being has never been so mobile before. Globalization is bringing together people

from all parts of the world together. With such high mobility, data requirement and transfer is becoming at

most important. Features like language translator, face detectors, water proof mobiles or even solar

powered mobiles are the need of the day. Such mobile phones can play an important role in peoples

busy lives and can make them lot easier.

The AI enabled Super Smart-phones

The new generation smart-phones would have super capabilities as compared to present smart-phones.The things that may be incorporated in one super smart-phone are:

1.Advance face and voice recognition: As already mentioned artificially intelligent mobiles must have

the ability to recognize faces and remember them for some specified time as human memory does.

Worlds first face recognition technology was developed by OMRAN technologies in 2005. Obviously the

technology is in nascent stage. The ability of a mobile phone to recognize the identity of the user will

enhance the security and safety of the mobile devices, and the data or information they may contain in

future. Some even predict that passwords may even become extinct in presence of such powerful face

recognition technology. There are many reasons why speech or speech recognition is becoming a

standard feature in mobile phones. Using mobile phone while driving is always dangerous to dial a

number one has to look down at the screen and press digits for the same. What if could just issue a

speech command Call Shubham and mobile phone calls him.

Although many phones have this technology at present but it is

handicapped by the vocabulary size and noise in the environment. This technology should be language

independent. If same name is pronounced differently by an Indian and Chinese the mobile phone should

understand and should respond in the same way for both. Users should have the liberty to train their

mobiles in the way they want and in the language they wants. Mobile phones should learn how its master

spell a name or even an English or Japanese words. Such a service can be really helpful in case if your

house is been attacked by robbers. It is not possible that the robbers, with your hands up in hand and a

robber pointing gun at you, will allow you to even dial a 100(emergency number for police in India). All

you have to say is may be some code word as per your wish may be Oh God or Do not kill us and the

mobile calls a police station and at the same time broadcasts help message to your neighbors andrelatives. All such technology are within reach of mankind and surely within 2020 we would have a phone

with extensive dialing vocabulary and learning skills.

2. Solar Powered mobiles : In mid of a conversation and mobile got discharged and at the same time no

power supply? The solution is solar powered mobiles. Now this feature can really come handy in places

which experiences a lot of power cuts or if your work is mostly travelling. Scientists have developed

mobile phones with solar cells embedded in it that can get charged when exposed to sunlight. The phone

developed when exposed to direct sunlight for 60 minutes, the battery gives 30-40 minutes of talk time.


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Although this is not much but still sufficient enough. I think the real research should be done such that

phones becomes almost non dischargeable. Now how do I propose that? Do I want sun to remain in the

sky forever? Certainly no. The mobile phone must work even if it is exposed to other weak light such as

sunlight on an overcast or cloudy day, indoor lighting or even candle light. Hence your mobile which is

kept near to a table lamp at night gets charged and is ready to go in the morning. This is also lower down

a lot of your carbon footing. Lot of electricity can be saved during the day time. electricity which is already

scarce and when our homes can be powered by solar energy why cant be our mobiles.

3. Language translator: Again let me begin with a question. What if you have a meeting with a Korean

and both of you dont have any common language to share your thoughts in? This next feature can really

come handy in such situation. right now Globalization is the phenomenon of the world, India is no

different. Often the language of conversation adopted by the world is English to communicate with each

other. What if our mobile phones have a language translator in which we can set the language in which

we want it to translate the message in and also in the language in which we will speak to it? Sounding

weird? A research agency has already developed a prototype of such a feature. Obviously such a feature

may come handy to only to few people but still its worth researching for. All it would require is some

sensors and advance voice recognition features in your mobile phones. Both sender and receiver musthave their individual mobile phones with proper settings and then all they have to do is just speak in any

language they are comfortable in and the mobile would do the rest. As per the recent figures there are

around 3000 languages in this world with more than 10,000 speakers of it. Chart is topped by Mandarin

followed by Spanish and English. Obviously such phones have large memory requirements to support all

languages, but on the other hand it can be developed for at least top 10 languages of the world which

consists of 70% of the population.

4. Water proof mobiles: This feature can be a sure pleasure for every swimming lover. Next time you

can jump into a swimming people while you are still talking to someone. Phones with this features has

been launched recently. This feature is also necessary because when your mobile can do all the above

things you dont want to lose it to some rain water or to some accident of it falling into a bath tub. It shouldbe resistant not only to pure water but also to salty water of the seas and the oceans. The image shows

WP-812 first water proof mobile phone.


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5. Small projector: Now you have a solar of light energy powered mobile phone and you are in a mid of a

presentation and suddenly power goes out. Your mobile will come to the rescue. with a projector attached

to it, it can handle all kinds of projections possible. Now this feature is extremely handy because all you

need is a clean wall and rest is the work of your mobile phones. Dont like seeing movie on your mobile

screen due to its small screen. just turn out the projector and sit back and enjoy the fun on a 30 inch

projector screen. If artificial intelligence can be added to this feature what it would look like? Lets

imagine:

Suppose you see a poster on a wall of a new movie, and you want to know more about that movie. You

hold up your mobile near the poster and you can see a touch here button from your mobile phones

projector on the wall. When you touch it you immediately receive a video-preview of it. Sounds like a

science fiction movie or something? With the data capability and the intelligent processors that is being

developed this is going to be a future machines real time feature. A research is going on in this field and

the only significant requirement in this is embedded tags know as RFID. RFID tags are gaining lot of

industry acceptance and soon we may this as a real world.

6. Multi-player Interactive gaming feature: Heres some food for all gaming freaks. Love playing Multi-

player games with voice and text exchanges, here is something for you. The phones of the future with upto 1Gbit/s data receiving capability as well as good memory can definitely support such an gaming

application like counterstrike, Quack etc. Your phone would transfer voice as well as text messages as

you play along with your friends. The operating systems for mobile must be designed for context-aware

games and software.

It must be capable enough to transfer the current state of each player along with voice and chat

messages to every other player. We are really just at the beginning of making these device interfaces

with the real world through advanced sensors and intelligent applications, say McGregor.

7. Personal doctors: With nanotechnology stepping in many companies have already envisioned what

our future mobiles may look like: Nokia has come forward with its Morph design that could be worn like a

watch.

Now what I suggest is that since this mobile phone will remain

attached to our body, cannot it work like our personal doctor. It can detect and constantly monitor your

body temperature, blood pressure, pulse rate and can even suggest you some prescribed medicines and

precautionary tips. Obviously nobody would trust a machine for medicines but still it can give beeps if your

body temperature rises or your pulse rate falls and you can be accustomed to some coming problems

whatsoever. It can also come with a capability to measure atmospheric pressure. Sounds nice. One thing


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that all mobile companies are promising are that the future mobiles will be more cheap,small and

dynamic.

8. Direct to Mobile services (DTM): Heard about DTH(Direct to home) services which provide satellite

pictures directly to your mobiles. Internet TV is gaining a lot of importance in the present. What if we have

a in built device inside our smart phones which can link to satellites and bring us high quality TV viewing

experience directly at our hand. Although this technology is new and its innovating basically in the field of

televisions but such thing can definitely be a revolution in the past if someone can come up with a

prototype for the same. Videocon television have already came with a model in which the DTH device is

put directly embedded in your television sets a a result of which you dont have to go anywhere to buy a

separate device for the same. The cost of data transfer is high at present scenario. With a device like this

we can enjoy live television almost free. Obviously the constraints again are cloudy weather which can

disrupt the signals coming from the satellites. The mobile must be able to connect properly because as

compared to the home DTH device it is quite different. Its position will change continuously. obviously

there are lot of constraints on battery power consumption and signal strengths, location changes but if

such a device could come up in near future may be our beloved TV boxes may become almost useless.

9. Nanotech phones: Nanotechnology is the engineering of functional systems at the molecular scale.

This covers both current work and concepts that are more advanced. In its original sense,

'nanotechnology' refers to the projected ability to construct items from the bottom up, using techniques

and tools being developed today to make complete, high performance devices. Nanotechnology soon

could enhance our cell phones with carbon-nanotube, microscopic microphones, liquid lenses,

compasses linked with global positioning system satellites, vacuum tubes and even electronic sensors for

smelling, hearing. Now that is a bit encouraging! "Nanotechnology is all about small, light and cheap, and

you're not in the cell phone business if you're not thinking small, light and cheap -- the two are made for

each other," said David Bishop, vice president of research at Lucent's Bell Labs in Murray Hill, N.J..

Nanotechnology has the capability to shrink our present devices to their practical limits. If the research in

this field is accomplished we may soon see really small thin and extremely efficient smart phones. Such

phones can even be broken into parts and can be joined again later. A concept phone of such a model isas shown in the figure:

Figure shows a Nano technology concept phone from Nokia.

KEY PLAYERS AND FUTURE PROSPECTS


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The key players in the mobile phone especially smart phone industry are:

Nokia: Is a Finnish multinational corporation with global annual revenue of EUR 41 Billion. It isthe key stake holder in the industry of future smart phones. At present it has a market share of

30% globally which is largest in the world. Nokia became the first phone maker to add energy

saving alerts to mobiles.Nokia's subsidiary Nokia Siemens produces telecommunications networkequipment, solutions and services. Nokia is even engaged in providing free map (digital)

information and navigation services through its wholly-owned subsidiary Navteq. Nokia is all set

to launch its morph phones.

Samsung: Samsung is the top handset manufacturer in US with a market share of 23.5% (as perCBR communications mobility). Samsung mobile is backed up by the Samsung Group. Samsung

group is South Korea's largest and the world's largest conglomerate by revenue (excess of US

$175 billion).

Sony-Ericsson: It is the fourth-largest mobile phone manufacturer in the world after Nokia,Samsung and LG but its high on innovation quotient. It is a joint venture by a Japanese company

Sony Corporation and a Swedish company Ericsson.

iPhone: iPhone are internet and multimedia based smart phones, designed and marketed byApple Inc. The company has sold around 3.8 million iPhone 3G units in the second quarter of last

fiscal year 2009 and 12.6 million 3G and 3GS combined. Till now 33.75 million iPhone are sold

around the world and this number is constantly increasing.

Also each of these players has rolled out their vision of future mobile phones. Nokia has come up with its

Morph design as well as Nokia 888 model which will change our world in future to come. iPhone and

Blackberry too have rolled out designs of how their future phones would look like. Nokia Open (if thats

the name of the concept) features a flexible LCD and supports 4G connectivity. Following diagram shows

what this future mobile may look like.


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Future concepts:

At Nokia, research and development and design teams are creating concepts that challenge conventional

practises and may drive new innovations. They are making use of recycled and innovative Eco materials

to create concept devices that could perhaps one day be manufactured or inspire future product features.

The major objective all these innovation and research is to obviously grab market share when such

phones are launched by all smart phones developers. The main motive is obviously making more money

in future, as the demand for such phones will definitely pick up as they will be launched.

bananafuture mobiles can be as small as a coin shaped mobile by samsung

All mobile companies agree on the fact that future mobiles would be more robust in terms of features and

at the same time much lower in cost as compared to todays mobiles. Eco sensor

A visionary design concept is a mobile phone and compatible sensing device that will help you stayconnected to your friends and family and also to your health and local environment. All mobile companies

are trying hard to bring these machines more close to our real world and our environment.

Now lets see what are the advancement in this field. Things that smart phones are good at as of 2010 :

1. Detecting human face..

2. Determining a rough three-dimensional structure of a scene over a distance of 6 meters.

3. Solar powered mobiles with limited charging capability.

4. Water proof mobile devices.

5. Limited voice recognition capability with limited dialing vocabulary.

The things under research are:

1. Incorporation of medical devices such as a thermostat or a thermometer in the device.2. Lip reading

3. Gesture recognition.

4. Recognizing what people are wearing.

5. Solar cells with enough capability of even getting charge to bulb light.

6. Context-aware devices as well as RFID tags are still under acceptance testing from the industry.

7. AI, sensors for receptive devices are being researched.


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CHALLENGES AHEAD

Some of the challenges that are confronting the mobile industries are:

1. Operating system: Popular operating systems at present include Symbian, Android, RIM,

Windows etc. All these software have limited capability both in terms of multitasking as well as

memory usage. With the smart phone of the capabilities as mentioned above, a new kind of

operating system might be required in future which will run more like the operating systems of out

computers.

2. Hardware Constraints : With the kind of application and features which are being developed,

would require large memory capacity. May be some 100Gb in future. Obviously we cannot use

the hard disks of our computer, for then are mobile will loose their portability benefit. Seriousresearch in nanotechnology is required in this field to actually reduce the size of the memories

and at the same time make them affordable.

3. Size Vs Features Dilemma : At present most mobile users look for following while selecting a

smartphone:

Rich features

Big HD screen

Light weight

Good Quality camera etc. To name a few

Now the real problem that arises is that users today want bigger screens then ever.

Nanotechnology promises that our mobile phones would be sleek and small. These features

dont go hand in hand. To provide mobiles of bigger size can even cause the problem of

portability and even to carry it in your pockets. Obviously when so many features will be

incorporated in one phone its size as well as weight will increase. This may in turn be a negative

point for such a device

4. RFID Tags : These tags are the industrial standards for voice recognition implementation in

devices. The industry is slow in accepting these standards. If these standards dont get through

then the advanced voice dialing feature may take a set back.

5 . Battery Backup: There is a lot of rumor that the phone with solar powered cells will be heavier

then a usual phone. Obviously to support such features your phones battery must be equallypowerful, at the same time being light.

6. Bandwidth: Bandwidth is an important requirement in the present scenario and will be even be

more important in future to come. The present 3G system allows use of both speech and data services

and according to IMT-2000 standards a peak speed of 200 Kbit/s must be provided. With the type of

application and with the increase in data transfer in future bandwidth up to 10Mbit/s is at least


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necessary. Obviously 4G and LTE do promise to offer data transfer rate of up to 100Mbit/s but

that

only future will tell.

7. Network Security: At present most hackers are now targeting mobile networks as they are not

much secure. With the kind of data that we expect to have on our mobiles in future, what is definitely

require is an extremely secure data transfer. Mobile phones of future may be used for all office works for

ex: email, making presentations etc.. Such information may be vital at that moment in time. The main

use of wireless communication is definitely that it requires minimum set up cost and the user is free to use

internet anytime anywhere(obviously if network is present). Thus security is a big hurdle for the future

mobiles because no one will use them for business purposes as well as for confidential data transfer

The WAY AHEAD

What now seems to be the way ahead for the mobile phones is to make it more intelligent. May be more

trainable in future. Since mobiles have become an integral parts of our lives, we want it to be more real to

the real me. It could recognize peoples, receive and send messages as trained. May be its your friends

birthday and you forget to call him on that day. If you have saved the date of birth of your friend on the

mobile phone, it can go ahead and send some template message regarding the same. If this is done their

would not be any need to remember anything. Obviously that does not mean we would become slaves of

our mobiles and top using our heads. There is no end to which technology can take us forward. May be

astronauts may in future use mobile phones to contact to their stations on earth. who knows? Obviously

things will come gradually and would require lot of innovations as well as effort. Things like : Being our own doctor

Giving answers to our questions

Lip reading

Gesture and posture reading

Social intranet

Shared webcam

Are the necessary things which are required in the present scenario

Possibility is also that future mobile applications may be big and would come at a cost. May be mobile

cloud computing can come to our help at that time. Companies can provide their users with pay per use of

these services on the clouds. Users would not have to worry to purchase them to do their job. The thingsgo on and on and on. Social intranet is one thing that many of us may be interested in. In this intranet all

your family members can remain connected to you all day long and the chance of them getting lost will

become zero! You can also remain connected to all your friends at the same time. Hope this future would

one day be achieved.


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CONCLUSION

Lets start with some history of mobile phones. The first handheld mobile phone was launched in the year

1973. Initially it was very costly with very little features. The basic need for mobile phone was to talk on

the go. Memory capacity as well as the durability of these phones were very low. But as time has passed

mobile phones have advanced from big instruments to todays stylish multimedia internet smartphones.

This long journey was successful in mere 3 decades. Now mobile phones are in hands of more then half

of the world population. With the increasing demand for data on the go as well as for mobile devices are

tempting the big players to constantly innovate and provide rich featured mobile phones. From Ovi store

of Nokia to iPhone stores all are providing rich mobile experience to its customers. Many new and

innovative features have come up in recent past like online chatting software, water resistant mobiles,voice recognition features etc. The chances and the future of mobile industry is bright. From just phone

calling to today's featured smartphones every possible thing is been done to bring these mobiles more

close to real life and even make them an important part of our life. With features like facebook and twitter

on your mobile you can easily connect to your social groups anytime. One drawback in the present mobile

phones are that they are not AI enabled. We want them to be trainable, to be receptive to the

surroundings, to learn from things it sees. Obviously such features will come at both cost and time, but

are definitely attainable. Lot of research is going in artificial intelligence and to know how it could be

successfully be incorporated in our mobile phones.

The main constraints to get these features are :

1. Memory constraints2. Operating System

3. Graphics

4. Sensitive lens

5. Sensors to name a few.

These constraints have been there in the past as well and as I am talking today many of them have been

taken care off. We know have phones with 12Gb memory and even more. Sony Ericsson is planning to

launch a 12 Mega pixel camera phone with liquid crystal lens in 2012. Such phones would definitely make

our phone more receptive to images and sounds. With the kind of work and progress done in this field by

companies like Sony and Apple Inc I am sure we will have these features soon in our hand.


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REFERENCES

1.Russell Santa Clara, CA 95054, Voice Dialer 364 Speech Recognition Dialing IC1991

2. Stefan Dobler, Speech recognition technology for mobile phones.

3.Fred Kitson,2005, Mobile Media: Making it a reality.

4.http://www.nokia.com/environment/devices-and-services/devices-and-accessories/future-concepts

5. http://blog.nimbuzz.com/2010/07/21/future-phones-nokia-and-htc-phone-concepts/

6. http://en.wikipedia.org/wiki/Nokia

7. http://www.nokia.com/NOKIA_COM_1/About_Nokia/Sidebars_new_concept/Nokia_firsts/Firsts.pdf

8. Charles Q. Choi, Nano World: New Cell phones from nanotech.

9. Claudine Beaumont, 18 feb 2010 what's the future for your mobile phone?

10. http://en.wikipedia.org/wiki/mobile_phone

11. http://www.crnano.org/whatis.htm

12. [Quote] "Nanotechnology is all about small, light and cheap, and you're not in the cell phone business

if you're not thinking small, light and cheap -- the two are made for each other," said David Bishop, vice

president of research at Lucent's Bell Labs in Murray Hill, N.J.

13. [Quote] We are really just at the beginning of making these device interface with the real world

through advanced sensors and intelligent applications, says McGregor.
http://www.nokia.com/NOKIA_COM_1/About_Nokia/Sidebars_new_concept/Nokia_firsts/Firsts.pdfhttp://en.wikipedia.org/wiki/mobile_phonehttp://www.nokia.com/NOKIA_COM_1/About_Nokia/Sidebars_new_concept/Nokia_firsts/Firsts.pdfhttp://en.wikipedia.org/wiki/mobile_phone


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AI Enabled Mobile Phones