(By Roberto Saracco, IEEE ComSoc Senior Member, Chair of ComSoc Strategic Planning Committee)
It is happening. More and more objects (mostly sensors so far) are connected to the Internet. Take a look at Pachube as an example. They started just five years ago with the idea of providing a place where people can send information generated by their sensors and share information. Now they have hundreds of thousands of feeds. I have no connection, nor interest in Pachube, but I take them as an example of what is happening: Ever more objects are connected to the Internet; it is getting easier to do this; there is a growing interest in sharing data; startups are at work to figure out how to leverage this new phenomenon. Now, let's go step by step.
STEP 1: Why is this happening? Easy: because it can!
Electronics is cheap, and getting cheaper by the day. Hence you can have embedded electronics in many objects. It is also much less power hungry, so you can power it by scavenging stray energy in the environment. No connection to the mains is needed (or expensive batteries to change after a few days or months...).
Electronics and software make objects aware of their environments. They can sense a variety of characteristics around them and convert these into data. Welcome to the growing world of sensors, a world that HP estimated to reach hundreds of billions by the end of this decade (Cisco has a lower forecast, but still many many billions).
Communications is getting more and more pervasive. You don’t need to look for a gateway to connect to the Internet. The environment is, more and more, the connection gateway. The advent of LTE, or 4G, is a further step in this direction: it has larger capacity (not really needed for most “things” on the Internet, but useful when you have a growing demand from paying human beings and you do not want to cut your revenues by letting other stuff chew into your capacity), and moreover it has the capability to provide native IP connectivity. Now, this is crucial, since it makes possible to connect a “thing” with a chip costing 50 cents, rather than, as is the case today with 2 and 3G, with a stripped down cell phone that is still costing $20.
IEEE Communications Society (ComSoc) is active in all these “enabling” technologies, from radio to networks and protocols. It is also active in the sensor area as well as in application areas (including health, possibly a driving business for IoT).
STEP 2: Is it business as usual? NO, it is not!
Our telecommunications networks were designed for symmetric traffic at 64 kb/s with individual transactions lasting about 3 minutes. A nice Gaussian shape. Internet has changed that. No more symmetric but asymmetric flows (the A in ADSL...) and no more 3 minutes average transaction but longer and bigger capacity eater (video is now the dominant traffic on Internet). Our (telecommunications) network has evolved to managed this, we have developed CDNs (Content Delivery Networks), the architecture has changed to manage head-ends and to shadow/mirror content around the network in a distributed fashion (along the way transforming our hierarchical network into a massively distributed and interconnected databases).
And now, it's changing all over again. That Gaussian curve that changed its shape to become an S curve with the Internet of Video, now changes its shape again to become an inverted Gaussian with its lowest point representing voice-human-communications. On the right the curve grows pushed up by video consumption (and generation -- more symmetry than before) and on the left, it grows, pushed by the billions of tiny transactions generated by the IoT. As the curve changes, new architectures are required and, most important, new biz models are needed; they in turn are being “invented” by new players.
And ComSoc, again, is on target, looking at the future of the internet, at the future network architectures.
STEP 3: Is IoT the next Big Thing? NO, but is is an enabler!
IoT is using limited traffic capacity, and it is not going to generate tremendous revenues to operators in terms of traffic sale. Actually, the growing computation power in objects has already shifted most services outside of the network (owned by the classic operators), so in a way it is decreasing their revenues. New biz models to leverage the value of sensors have not proved successful so far, at least from the point of view of the operators.
However, the IoT is a piece in a puzzle of the connected world and mashed bits and atoms. This is what I call the Internet WITH Things (IwT).
Imagine a world where everything you see and touch is wrapped in bits and services, through seamless connectivity and personalization of the interaction. If you pick up a bottle of wine or look at a monument, you will be involved in a multimedia perception customized to you and your context. Who can provide this customization? Surely an operator. It is a world that has to be seamless and simple, and it is going to be a very complex world in terms of interacting technologies. Because of this gap between the complex reality and the need for seamless, simple perception, there is a need for management and that is an area where operators can have their say. It is not going to be easy; there will be many qualified competitors for what is to become the new communication market and fabric, but it is a market where Operators can play.
ComSoc is now at the edges of this new marketplace. It probably needs to partner with the Computer Society and the consumer electronics area, as well as several others. And it is a game where ComSoc can be a big player.
(Roberto Saracco is currently an IEEE ComSoc Senior member, Chair of ComSoc Strategic Planning Committee, a member of the Strategic Board of IEEE, and Director of Sister and Related Societies. He has published over 100 papers in journals and magazines, six books, including "The Disappearance of Telecommunications" and articles in the scientific section of daily newspapers. He has also delivered keynotes at international conferences, and taught at Universities in Italy and around the world on the subject of Telecommunications. He has been selected in the ballot for ComSoc President, along with Sergio Benedetto.)
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Related topics:
- Public Consultation on the Access to Interoperability Information of Digital Products and Services
The IEEE Communications Society (IEEE ComSoc) has observed its 60th year dedicated to the development of communications professionals worldwide and the advance of the entire range of broadband, wireless, multimedia, data, image and voice technologies. Founded in 1952, IEEE ComSoc, which has over 50,000 members and stands as the second largest of IEEE’s 38 technical societies, is recognized internationally for its premier conferencing events, industry-leading technical publications and journals, world-class certification and educational programs, and global network of technical professionals and standardization projects.
“IEEE ComSoc is a truly global organization with nearly 60 percent of our membership representing countries outside of North America,” explains Vijay Bhargava, the President of IEEE ComSoc. “We have achieved this accomplishment by flexibly responding to the informational demands of our members, while creating an atmosphere of equitable participation that is actively producing a new generation of leaders and the means to affordably communicate among all different sectors of humanity.”
“As the world's leading communications engineering Society, we are proud to have maintained the highest professional standards, while operating in a spirit of mutual respect and collaboration" says Steve Weinstein, Chair of ComSoc's Communications History Committee. "As a result, our intellectual community benefits not only from global coordination with peers and colleagues on the latest technical trends, but also from the opportunity to develop long-term friendships and more successful careers through a well developed network of professional activities.”
Originally founded with the formation of IRE’s (the Institute of Radio Engineers) Professional Group on Communications Systems (PGCS), the organization was officially relaunched as the IEEE Communications Society and as an independent Society of The Institute of Electrical and Electronics Engineers (IEEE) in 1972. Beginning with 8,800 individuals, the Society’s membership has grown by more than 500 percent over the past 40 years and now includes more than 200 international Chapters and working relationships with an additional 30 international Societies to extend its international reach to another 500,000 engineers, scientists and industry professionals.
Since its inception, and most recently under Past President Byeong Gi Lee from Korea and President Vijay Bhargava from Canada, IEEE ComSoc has facilitated this tremendous growth through an unrelenting emphasis on globalization, the development of young leadership and industrial cooperation. This includes steadily incorporating global cultures and values into ComSoc operations; utilizing the best talent, education and training to secure open career paths filled with advancement; and working in direct conjunction with corporate leaders to create the next wave of technical innovations, products and services.
Recently, these efforts have resulted in a range of training programs and highly-informational forums developed to coincide with society’s shift from traditional telco-driven communications to the latest wireless and Internet-based applications and content. Among these successful new initiatives was the introduction of the Virtual Intensive Course on Wireless Communications Engineering and IEEE Wireless Communication Engineering Technologies (IEEE WCET®) Certification Program as well as the development of numerous new conferences and industry forums encompassing the growing research and development of cybersecurity, smart grid, green, cloud, vehicular and e-Health communications technologies.
According to Jack Howell, the organization’s Executive Director, IEEE ComSoc’s many achievements are also attributable to the “exemplary partnership” between the Society’s creative, dedicated volunteers and its hard-working staff. “Over the past few decades, research seems to have evolved from the collaboration among colleagues to much more competitive, company-based efforts often performed in proprietary environments. IEEE ComSoc has worked to overcome these limitations through open, healthy and diversified exchanges that embrace all sources and cultures. This includes the development of online, mobile and interpersonal resources that are increasingly enabling people to reach global neighbors without the limits of time or geographic separation.”
As for the future, IEEE ComSoc has already committed to a vision developed by IEEE ComSoc’s 20/20 Committee, led by Roberto Saracco, a 20-year organization member and the director of IEEE ComSoc Sister and Related Societies. Through this initiative, the Society has set its goals on leveraging the technology evolution and latest market forces to increase membership to approximately 80,000 members, eliminate the boundaries between computing and communications, and inspire economic development and the delivery of affordable services by the year 2020.
“For the past six decades, the IEEE Communications Society has driven the globalization of the technical community and spread of information services to leverage technology and improve human conditions worldwide,” offers Saracco. “Throughout this time, the Society has provided professionals worldwide with a multitude of interactive and extremely educational forums designed to promote the advance of all communications and its related disciplines. We are dedicated to moving forward into the next decade with programs that will create a truly Global IEEE ComSoc and opportunities that cross every demographic, time zone and geographic boundary.”
For more information on the IEEE Communications Society and the ongoing tributes to its 60th anniversary please visit www.comsoc.org or contact John Pape, the IEEE ComSoc Director of Marketing and Creative Services at 212-705-8950 or j [dot] pape [at] comsoc [dot] org. In the coming months, IEEE will also be releasing the 2nd edition of the extremely popular “A Brief History of Communications."
Founded in 1952, IEEE ComSoc is recognized as a major international forum for the exchange of ideas on communications and information networking. The society is also an international sponsor of global publications, conferences, certification and educational programs, local activities, technical committees and standardization projects.
Led by Prof. James Won-Ki Hong, the team with students Yoonseon Han and Yeongrak Choi from Pohang University of Science and Technology (POSTECH) Korea, has published Android application for ComSoc Technology News (CTN), a few weeks after their announcement on the launch of free app for iPhone, iPad or iPod Touch.
In 2011, the team developed ComSoc app for iOS and Android to provide useful online content to members. They extended the previous app to provide CTN for iPhone few months ago.
Now, the Android version ComSoc app is also updated to browse CTN on your android devices.
ComSoc Technology News (CTN) is an online publication that periodically provides the summaries of interesting, timely, and newsworthy papers and articles from ComSoc journals, magazines, and conference proceedings and other IEEE publications. ComSoc Technology News Website: http://www.comsoc.org/ctn
This app is free on iTuene store and Google apps marketplace. Simply search for the keyword "ComSoc."
How to download
For iPhone users:
Apple iTunes store URL: http://itunes.apple.com/us/app/comsoc/id413046307
If you already have ComSoc app, just update the app in theApp Store with new version to access CTN.
For Android users:
Google App Marketpalce: https://play.google.com/store/apps/details?id=org.comsoc.www
Visit ComSoc Technology News Website: http://www.comsoc.org/ctn
If you have any comments or suggestions for improvements, please contact Yoonseon Han(seon054 [at] postech [dot] ac [dot] kr)
Election to the grade of IEEE Fellow is one of the highest honors that can be bestowed upon our members by the Institute in recognition of their technical, educational, and leadership achievements. Only a select few IEEE members earn this prestigious honor. Congratulations to the following 58 Communications Society members for their election to the grade of Fellow of the IEEE. They now join company with a truly distinguished roster of colleagues.
DAKSHI AGRAWAL For contributions to theory, analysis, and design of efficient, secure, and privacy-preserving communication systems.
GEORGE ARNOLD For leadership in architecture and protocols for the electric grid and telecommunication networks.
AHMAD BAHAI For contributions to multi-carrier wireless and wire-line communication systems.
MAURO BARNI For contributions to signal and image processing for multimedia security.
RAOUF BOUTABA For contributions to automated network and service management methodologies and applications.
KENNETH CALVERT For contributions to internet topology and active networks.
JYH-CHENG CHEN For contributions to energy efficient protocols in wireless networks.
ROGER CHENG For contributions to multiuser communications in wireless systems.
MUNG CHIANG For contributions to optimization of communication networks and applications to wireless networks, broadband access, and the Internet.
MARK CROVELLA For contributions to the measurement and analysis of networks and distributed systems.
MICHAEL DEVETSIKIOTIS For contributions to rare-event modeling of communication networks.
ALEXANDRA DUEL-HALLEN For contributions to equalization and wireless communications.
ANBAL FIGUEIRAS-VIDAL For leadership in digital signal processing.
STEFANO GALLI For contributions to theory, practice, and standardization of power line communication networks.
ERICH GUNTHER For contributions to the development and standardization of techniques for electric power quality.
FRANZ HLAWATSCH For contributions to time-frequency signal processing.
CHARLES KALMANEK For leadership in advancing architecture, design and management of communications networks and services.
AHMED KAMAL For contributions to optical networks provisioning for multipoint traffic.
RYUJI KOHNO For contributions to spread spectrum and ultra wide band technologies and applications.
SRIKANTH KRISHNAMURTHY For contributions to cross-layer protocol design in wireless networks.
VINCENT LAU For contributions to wireless communication systems with channel feedback.
JIN LI For contributions to multimedia delivery, compression and storage for real-time communication.
JUNYI LI For contributions to modulation techniques for mobile broadband communications systems.
MIKE PENG LI For contributions to the design of jitter test technologies.
SOUNG CHANG LIEW For contributions to wireless communications and networking.
MARCO LUISE For contributions to synchronization and signal processing in communications.
RANJAN MALLIK For contributions to channel characterization in wireless communication systems.
EYTAN MODIANO For contributions to cross-layer resource allocation algorithms for wireless, satellite, and optical networks.
C. SIVA RAM MURTHY For contributions to resource management in high performance real-time computing and communication systems.
ZHISHENG NIU For contributions to collaborative radio resource management in wireless networks.
JONG-SEON NO For contributions to sequences and cyclic difference sets for communications algorithms.
IAN OPPERMANN For contributions to mobile communication systems.
VENKATA PADMANABHAN For contributions to networked and mobile computing systems.
SUBRAMANIAN RAMANATHAN For contributions to mobile ad hoc networks using topology control and directional antennas.
WONJONG RHEE For leadership in dynamic spectrum management systems.
GEORGE ROUSKAS For contributions in algorithms, protocols, and architectures of optical networks.
AKBAR SAYEED For contributions to statistical signal modeling for wireless communication and sensor networks.
ELVINO SOUSA For contributions to wireless systems,including modulation techniques and transmitter diversity.
DANNY TSANG For contributions to the optimization of communications networks.
YU-CHEE TSENG For contributions to wireless and mobile networks.
M. UMIT UYAR For contributions to conformance testing theory and practice.
PING-KONG WAI For contributions to optical networks and optical fiber communication systems.
CHIN-LIANG WANG For contributions to signal processing algorithms and architectures for digital communications.
KEH-CHUNG WANG For contributions to GaAs HBT integrated circuits for high speed data conversion and optical fiber communication systems.
THOMAS WEILAND For development of the finite integration technique and impact of the associated software on electromagnetic engineering.
JIANGTAO WEN For contributions to multimedia communication technology and standards.
GUU-CHANG YANG For contributions to optical code division multiple access.
XIAOHU YU For leadership in the development of mobile communications in China.
JUNSHAN ZHANG For contributions to cross-layer optimization of wireless networks.
QIAN ZHANG For contributions to the mobility and spectrum management of wireless networks and mobile communications.
ZHI-LI ZHANG For contributions to internet quality-of-service theory and applications.
WENJUN ZENG For contributions to multimedia communication and security.
YUCEL ALTUNBASAK For contributions to super-resolution imaging, color filter array interpolation, and error-resilient video communications.
RAFIK GOUBRAN For contributions to voice quality measurement and its applications to audio improvement.
BERNARD MULGREW For contributions to linear and nonlinear equalizers for adaptive systems.
MARIMUTHU PALANISWAMI For contributions to computational intelligence, learning systems, and nonlinear modeling.
KONSTANTINOS PLATANIOTIS For contributions to the theory and application of statistical adaptive learning.
RAGHUNATH SHEVGAONKAR For leadership in electrical engineering education in India.