connecting arkansas internet conference - white oak room ppt
DESCRIPTION
The White Oak Room PowerPoint presentation from the Connecting Arkansas Internet Conference at the Marriott Hotel in Little Rock, Arkansas. September 26, 2013TRANSCRIPT
Thank You to Our SponsorsPlatinum Sponsors
Morning Breakout Session 4
The Impact of High-Speed Internet on Arkansas’s Economic Development
Moderator: Mr. Grant TennillePanelists:• Ms. Melissa Rivers• Ms. Kristen Woodruff• Ms. Donna Lawhon• Mr. Aaron Harris
#ConnectingAR
The Impact of High Speed Internet on east Arkansas’s
Economic Development
September 26, 2013Marriott Hotel – Little Rock, AR
Melissa Rivers
About EAPDD• One of 8 planning and development
districts in the state of Arkansas• Represents 12 counties, population of
390,000• Geographically the size of New Jersey• Supports the community and economic
development of the region
About reNEW East Arkansas• Program of EAPDD• Development of East Arkansas
Regional Planning Partnership• Made possible by grant funds from U.
S. Dept. of Housing and Urban Development (HUD)
• Other partnering agencies include: EPA and DOT
About reNEW East Arkansas• Unique approach to economic
development through:- Community and economic
development strategic plans- Land use and transportation scenario
planning- Housing studies- Underutilized asset inventory- Healthy foods initiative
Economic Development Strategies
• 25 as part of the planning process• Infrastructure Development
- Number one selected strategy- Traditional infrastructure (water,
sewer, highways, etc.)- Broadband access entering
conversation
High Speed Internet in east Arkansas
• The challenges discovered through the process
- Lack of adequate access- Understanding of its importance- Making the right investments- Regional approaches
High Speed Internet in east Arkansas
• Ways we are trying to assist- Education of stakeholders- Internal usage at EAPDD
(Facebook, Twitter)- Building local, regional, state
partnerships
For more information . . . • Website: www.reNEWEastArkansas.com• Like us on FACEBOOK:
facebook.com/reNEWEastArkansas• Follow us on Twitter at reNEWEastAR
Melissa Rivers, Executive DirectorEast Arkansas Planning & Development District
(870) 932-3957 [email protected]
Technology Training&
Economic Development
Kristen Woodruff
ASBTDC
• Arkansas Small Business & Technology Development Center
• 7 offices; Lead Center at UALR• Small Business Assistance Center • Hundreds of training courses each year• Low cost – Get Listed Locally & WID
Why Local Search Matters Today
• Local customers use Internet to find local businesses
• Online search for local business is up 58%• Mobile Internet usage has grown• Only 10% businesses claimed Google Places
Start by Claiming
Local Business Presence
Too Easy
Everyone is Doing It
No Excuses• Simple• Easy• Affordable
Why Online?• Enables global marketing• Unlimited potential• Increase your market share• Impact – may not know until you engage • It’s not too late – but do not get left behind
YouTube
Visit ASBTDC.org
Resource Navigator
Classes & Events
Blog
Twitter: @ARKSourceLink
Facebook: Arkansas SourceLink
Digital Learning Library
Aaron Harris
Matt Price
http://www.bourbonandboots.com/
Thank You to Our SponsorsPlatinum Sponsors
Afternoon Breakout Session 4
Arkansas’s Innovations in Internet Applications
Moderator: Dr. Tim AtkinsonPanelists:• Mr. Chuck Chalfant• Dr. Seshardi Mohan• Mr. John Chamberlin• Mr. Matt Dozier
#ConnectingAR
Chuck Chalfant
President and Chief Executive Officer, Space Photonics, Inc.
Gigabit Ethernet Plug and Play10/100/Gigabit Ethernet Ports. Bi-Directional (2.5 Gbps Aggregate)1550 nm optical wavelength, 1310 nm & 850 nm available10 minute setup with automatic acquisition Fiber optic breaks? - use LaserFire to minimize down timeUse LaserFire as a backup path for redundancyUse automatic path switching for enhanced re-routing redundancy
LaserFire® Rapid Deploy Optical Wireless Terminal
Free Space Optical Communications & Rural Broadband Access
Airborne Line of Sight Optical Wireless Technology breakthroughs and patents at Space Photonics® in Fayetteville, Arkansas are now providing the world’s best laser beam pointing & tracking precision and yielding a brand new approach to free space optical communications (FSOC). LaserFire® technologies provide a new alternative to fiber optic cable and offer an opportunity for significant enhancement and expansion of rural broadband access. LaserFire® optical wireless can provide Gigabit Ethernet speeds from 5 meters to 5 kilometers via airborne optical signals.
Space Photonics Inc. Chuck Chalfant 700 Research Center Blvd. Office: 479-856-6360 Fayetteville, AR 72701 Mobile: 479-466-7655 [email protected] * LaserFire® & Space Photonics® are registered trademarks of Space Photonics Inc. ©2013 Copyright Space Photonics Inc. All rights reserved.
No Spectrum License, Secure Invisible Beams100 to 1000 Times the Capacity of Wireless & RF Microwave
Lower cost links for distances from 5 meters to 5 kilometers Patented Auto-Switching without Gimbals or Steering Mirrors Fewer and simpler components due to patented beam steering All Commercial Broadband Protocols, (e.g. 10 Gigabit Ethernet)
Automatic Path Switching-Space Photonics Patents Direct Rural Access
Simple Relay Repeaters
Enhance Rural Broadband Access with LaserFire®
Disruptive & expensive work zones Extensive man hours & equipment Easements and permits Obstacles: Lakes, rivers, old parking lots,
buildings & highways, rough terrain
Cable Installation
Free Space Optical (FSO) CommunicationsAn alternative to fiber optic cable for wider broadband access
Disruptive & expensive work zones Extensive man hours & equipment Easements and permits Obstacles: Lakes, rivers, old parking lots,
buildings & highways, rough terrain
LaserFire®
Enhance Rural Broadband Access with FSO Links
No spectrum licensing Tower-to-Tower, buildings Up to 5 kilometers (20km in 3 years) Simple relays/repeaters for 100 mile or
more connections Automatic Path Switching 1 Gbps, 10G, and higher with DWDM Web monitoring and control
Cable Installation ®
No Spectrum License, Secure Invisible Beams10 to 1000 Times Wireless & RF Microwave Capacity
Enhance Rural Broadband Access with FSO Links
31
5 km LaserFire®
9 Gbps Error Free
®
assuredcommunications™
Ground Systems Ready: 2012 Team Below
Collaborative Optical and Wireless Information Networking (COWIN) at UALR – Connecting Arkansas
Seshadri Mohan
September 26, 2013
32
Paradigm Shift—Negroponte Switch
33
Paradigm Shift – Voice over the Internet
34
Paradigm Shift – The Future Internet NSF and NICT of Japan Announce
Partnership in Next-Generation Networking
NSF FIND – Future Internet Directions GENI – Global Experimental Network Initiative
35
Paradigm Shift – Future Internet
DARPA – NewARCH –New Internet Architecture – CORONET - Dynamic Multi-Terabit Core Optical Networks:
Architecture, Protocols, Control and Management CBMANET - Control-Based Mobile Ad-Hoc Networking
EU – INTERNET OF THE FUTURE – – FIRE -Autonomic networks
and self organizing networks
JAPAN – NGI – Next Generation Internet Initiative
36
Internet of Things Future technologies bridging the physical
and virtual words• Architectures for the Internet of Things• Machine to Machine (M2M) protocols• Cloud computing and IoT internetworking• Web of Things and Semantic• Embedded Web Services• Mobile integration of the Web of Things• Adaptation of legacy technologies and RFID to IPv6• Lightweight structured data (EXI, JSON…)• Indexing, naming, and addressing the Internet of Things• Intelligent data processing for the IoT• Experiences with Open Platforms and hardware within IoT
Novel concepts such as Crowd-sourcing• User-oriented, context-aware IoT services
Semantic technologies for devices and services• Integration of the Handle System• Security, Trust, Privacy and Identity in the IoT• Building automation and smart buildings• New services through mobile computing and smart phones interaction• Experiences and field trials of IoT applications: Smart cities, digital homes, smart grid, e-health, agriculture and environment, manufacturing, logistics, social networking, etc.
37
Collaborative Optical and Wireless Information Networking Lab - COWIN
38
Paradigm Shift
39
Broadband Wireless
40
Paradigm Shift for Rural Connectivity
41
OpticalFiber
Free SpaceOptical Networking
Free Space Optical Networking
42
Cognitive Radio Networking
43
Spectrum Allocation
44
TV White Space for Rural Broadband
TV White Space – FCC freed up 54-72 MHz, 76-88 MHz, 174-216 MHz, 470-608 MHz and 614-698 MHz for data use
TVWS Offered on WVU campus and the tram system
45
Research by COWIN Team
Recent Results in Optical Networking Routing in Optical Networks for Quality of Service (QoS) Concurrent Recovery in Optical Networks Routing in Free Space Optical Networking
Recent Results in Wireless Cognitive Radio Networking Impact of Mobility in Wireless Networks Impact of Social Networks on Wireless Networks
46
Example Networks
47
1
4
2
3
5
6
78 9
1112
13
14
10
1 2 3
4 5 6
7 8 9
1110 12
13 14 15
1 2 3
4 5 6
7 8 9
1110 12
13 14 15
MESH-TORUS NSFNET MESH
Figure 3: Network Models Used for Simulation.
l1
RESV
PATH
RESV
l1
RESV
l1 l3
RESVRESV
l3
RESV
l2WavelengthConversion
l1
l3
PATH PATH
Figure 4: Example Network.
Figure 5: Flow Diagram DIR.
Destination Initiated Reservation
Efficient Routing Schemes and Behavior of Ants in Search of Food
49
Token Based Routing (TBR)
50
18
7
9
10
R1,2 R 2,1
R 3,1
R 2,
1
R 3,1
Path R1,2 Path R2,1
Path R2,1
Path R3,1
Path R3,1
resv
resv tear
resv
re
sv
resv
1 8 9 7 10
Selected Wavelength is not available at
Node 9
Reduced T
ime
Com
pared to S
ource Initiated R
etransmission
Tim
e (t)
Reservation using
information in P
ath R3,1
Source initiated retransmission
Reservation using
information in P
ath R2,1
Figure 8: Example Network.
Figure 9: Flow Diagram of TBR and SIR.
Free Space Optical Networking with auto-tracking transceivers The architecture uses transmitters and receivers that can
reorient at different angles to establish a connection.
51
Scenario I Scenario II Scenario III
Figure 26: Architecture of FSO with tracking transceivers.
04/09/2023 connect-arkansas.org
Next Generation Wireless Systems
Creating Service Networks OverDisparate Wireless Networks
Mod
em CG
W
ServicesGateway
IP Network
CustomerPremises
Applications Suite
UM VM VoD Music GamesPCMIM Prepaid Chat Conf.
Mod
em
CG
W
CustomerPremises
Corporate Network
Corporate
Ser
ver
Far
mS
erv
er
Fa
rm
GSM CDMA GPRS
WLAN
3G LTE
5404/09/2023
IMS Services
Outline / Introduction
•Photo sharing •Push to show•Person to person gaming •Audio and video sharing
•Internet services•Presence information •Information sharing •File transfer
•Video call •Instant messaging•Push to talk•Multimedia conference
One Bill
Information Communication Entertainment
IMS and Social Networks
Goals of COWIN Research Lab
Investigate current and future trends in wireless and optical.
Create laboratory infrastructure to determine feasibility, performance, improvements, and the steps towards the design of next generation network.
56
THANK YOU
?
57
GLOBAL MONEY JOHN CHAMBERLIN
FOUR ARKANSAS RELATED STORIES,
SEVERAL INTERACTING THEMES
THE STORIES
• ARKANSAS SYSTEMS EURONET SOFTWARE SOLUTIONS
• IKOBO.COM
• KIVA ZIP [LANSKY SOUND]
• NOTEIMALS
THE THEMES
GLOBAL NETWORKS
FINANCIAL
COMMUNICATIONS
PEOPLE
MONEY
EXCHANGE
CURRENCY
CLEARING & SETTLEMENT
CAPITAL
THE THEMES
COMMUNICATIONS –
PRIVATE NETWORKS
INTERNET
MOBILE PHONE
PEOPLE USING CARDS, ATMS, POS TO ACCESS THEIR MONEY
EXCHANGE
CURRENCY - MULTIPLE
CLEARING & SETTLEMENT
NETWORKS
CARD ASSOCIATIONS
CAPITAL - ACCESS
THE THEMES
COMMUNICATIONS –
GLOBAL CARD SYSTEM
INTERNET
PEOPLE TRUSTING INTERNET AND CARDS AND BANK ACH
EXCHANGE
CURRENCY - MULTIPLE
CLEARING & SETTLEMENT
CARD ASSOCIATIONS
ACH
IKOBO
CAPITAL - VC DRIVEN
THE THEMES
COMMUNICATIONS –
INTERNET
PEOPLE HELPING OTHERS
CAPITAL -
SOCIAL NETWORK
CROWD FUNDING
SMALL AMOUNTS
THE THEMES
COMMUNICATIONS –
INTERNET
MOBILE PHONE
PEOPLE WANT MUSIC LESSONS
EXCHANGE
CURRENCY - MULTIPLE
CLEARING & SETTLEMENT
CARD ASSOCIATIONS
STORES - APPS, AMAZON, EBAY, …
© 2009, EAST, Inc. All Rights Reserved
© 2009, EAST, Inc. All Rights Reserved
Self-Directed Learning
Community Service Projects
Advanced Applications Team Work
EAST in ArkansasEAST in Arkansas
Students Engaged
Project MAIN
Publicity
Rural Broadband Project
• Animation & Graphics • Digital Audio & Video • Computer Aided Design (CAD) • Geographic Information Systems • (GIS) • Global Positioning System (GPS) • Solid Modeling
Technology in EAST
• 3D Visualization• Web Design & Development • Virtual Reality• Augmented Reality • Programming• App Development
What’s a Launchpad?● Microcontroller designed to be easy
to program and debug.
● On board push buttons and LEDs for input and output.
● Designed to work with BoosterPack modules to extend functionality.
● Ultra low power consumption and low price. $5.95
● Used for professional electronics project or hobby DIY users.
● Offers an easy to learn and use IDE called Energia.
● Engaging entry into programming
● Credit-card sized computer that plugs into your TV and a keyboard.
● Mini-PC which can be used for many of the same things that desktop PCs do: spreadsheets, word-processing and games.
● Plays high-definition video. ● A good introduction to the world of
programming.
● Inexpensive—costs only $35
engine = pyttsx.init()
CONSUMER_KEY='GbuNoReyvuuC4cXK1aG0Q'
CONSUMER_SECRET='lz20ozE70fd2Gc4q4Nj0ERpMGrnIu74bSo5xMj4NQ'
MY_TWITTER_CREDS = os.path.expanduser('~/.my_app_credentials')
if not os.path.exists(MY_TWITTER_CREDS):
oauth_dance("My App Name", CONSUMER_KEY, CONSUMER_SECRET,
MY_TWITTER_CREDS)
oauth_token, oauth_secret = read_token_file(MY_TWITTER_CREDS)
t = Twitter(auth=OAuth(
oauth_token, oauth_secret, CONSUMER_KEY, CONSUMER_SECRET))
def SayTweet():
x=t.statuses.home_timeline()
engine.say(x[0]['text'])
engine.runAndWait()
Label(text='Click for Tweets').pack(pady=15)
b=Button(root, text="TWEET ME!", command=SayTweet)
b.pack()
mainloop()
What’s a Raspberry Pi
For More InformationFor More Information
www.EASTinitiative.org
Matt Dozier, President/CEO
The EAST Initiative
501.371.5016
Thank You to Our SponsorsPlatinum Sponsors