2. What is X-internet
• Refers to connecting physical objects to the internet
• It is done via RFID and sensors
• Executable internet- supplants today’s web
• Extended internet- connects to the real world
• It will create new business processes and remote monitoring and
control of physical assets.
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3. X requirements
• X systems are collaborative
systems
• Peer to peer architecture
• All client computers act as
servers
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4. Executable internet
• Moves the locus of application execution closer to end-user devices
• Reduce latency and enhance online users’ experience
• Minimize unnecessary data exchanges
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5. Extended internet
• Internet connectivity reaches beyond the traditional PC
• Bridge the gap between the physical and online worlds
• Internet devices that sense analyze and control the real world
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6. INTRODUCING THE
FUTURE : X INTERNET
The X-Internet will build on
these technologies with new
innovations that provide ever-
increasing connectivity for
new kinds of applications.
This revolution will soon
spread from industrial and
governmental
implementations to enterprise
applications and even the
home and everyday life.
The X-Internet is transforming our lives and businesses in much more powerful ways
than the cell phone or even today’s Internet itself.
The three waves of X Internet adoption
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7. How Technologies is Enabling
Seamless Mobility in the X-Internet
World
• Advanced, cooperative
wireless technology
• Context awareness
• Peer-to-peer awareness,
self-organization and
autonomous action
• Energy efficiency and
self-generation of power
• New form factors An X-Internet vehicle information and traffic
control system will be able to provide sensing
information that can improve traffic flow and
safety on our roadways, while also providing
information to OEMs and businesses that will help
enhance customer relationships and maintain
customer loyalty.
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8. X INTERNET ARCHITECTURE
1. Standards : X internet does not have established standards yet.
Open architectures based on global standards will be required
for X-Internet devices from different vendors — designed for
different purposes
2. Built-in intelligence : Building intelligence into devices to
facilitate Rapid deployment, self-management and easy
reconfiguration in all levels like processor architectures, etc.
3. Advanced data interpretation : Data distribution and
aggregation, data filtering and fusion, intelligence gathering,
etc.
4. Exception-based control : Provide users with meaningful and
seamless experience
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9. X INTERNET ARCHITECTURE
5. Security and privacy : Require
sophisticated new security
technologies that leave consumers
and companies in full control of
what information is shared and when
6. IPv6 addressing : IPv4, only
supports 4.3 billion IP addresses,
IPv4 will soon become inadequate to
handle the existing Internet
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10. The X Internet Connects
Digital to Physical
Internet Digital
Computers
Internet Users
Vehicles Physical
Telephones
Buildings
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12. Advantage of x-internet
• It rides Moore's Law -- the wide availability of cheap,
powerful, low real-estate processing.
• It leverages ever dear bandwidth -- once the connection is
made, a small number of bits will be exchanged, unlike the
Web where lots of pages are shuttled out to the client.
• X Internet will be far more peer-to-peer -- unlike the
server-centric Web.
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14. Uses of X-Internet
• Smart parking systems - bill for parking time automatically, ensure
compliance, reduce enforcement and maximize revenues.
• Track inventory and trigger billing systems, eliminates manual labour of
scanning UPC codes in Retail, shipping and warehousing companies.
• Track equipment is used in a hospital, automatically providing the required
documentation of patient information.
• To manage shipments in transit and battlefield logistics, allocate material
and ultimately save lives in military.
• Automotive manufacturers are exploring ways to control just-in-time
delivery of parts by having the parts monitor and report on their status.
• Mining companies and transportation agencies are using intelligent sensors
to monitor conditions and alert authorities to hazardous conditions .
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15. • Product lifecycle management - Smarter tracking capabilities
will make products more useful and easier to maintain
throughout their lifecycle.
• Transportation - It will be able to provide real-time crew
status, vehicle density information in work areas and possible
obstacles in a crew’s path to control centre and the dispatched
crew automatically and in near-real time.
• Agriculture - It will form wide area networks across the entire
farm, giving visibility and fine-tuned control over the entire
operation.
• Safety - It will allow the emergency networks to be extended
to incorporate building sensors, traffic controls, security
cameras, vehicles, personal location and panic devices, public
safety databases instantly and seamlessly.
Opportunities
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16. Disadvantages
• X internet does not have established standards
• IPv4, only supports 4.3 billion IP addresses, IPv4 will soon
become inadequate to handle the existing Internet
• Implementation and maintenance cost is high
• Required adequate privacy and security protocol to ensure data
transmission and provide control on information.
• Destroy perfectly good Web sites and dump Web-centric
suppliers in favour of the X Internet
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17. Conclusion
• The X Internet will let businesses do more with what they
have. While X Internet is a big change, it builds on the Internet
infrastructure we’ve deployed over the past twenty-five years.
• The Executable net will supplant the Web. Despite the Web’s
success, we can do more for our customers by putting
intelligence, programs - closer to the user.
• The extended net will connect the digital and the physical
worlds. By linking the world of things to our digital world, we
can anticipate goods and services that our customers want --
and then deliver those products.
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18. References
• X internet- The executable and extendable internet-CRC Press
Books
• www.ittoday,info/articles/X-internet pdf
• www.motorola.com/innovators/pdf/X-internet
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