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Application of open software and embedded
systems in wireless networks for rural areas by
GTR-PUCP.
CESAR CORDOVA BERNUY
Rural Telecommunications Group
Founded in 1998, GTR-PUCP is a group of
professors, professionals, current and graduated
students and researchers dedicated to the
development and promotion of the rural
telecommunications in Latin America.
We are an organization formed and supported
on the Faculty of Sciences and Engineering of
PUCP into the field ofTelecommunications.
We are a multidisciplinary team committed to the
research, development, application, analysis, evaluation of
impact and promotion of Information and
CommunicationTechnologies (ICT), which contribute to
the improvement of the standard of living of marginal
communities, which have none or limited access to
communication media, with emphasis in those located in
the rural environment.
Our goal is to become one of the leaders in development of
appropriate and innovative low-cost technological solutions in
the field of rural telecommunications and to be recognized
national and internationally as a reference in the areas of
Information and CommunicationsTechnologies for human
development.
It was an initiative of GBT-UPM, joined PUCP and
formed a researching laboratory on low cost
rural telecommunications.
There was a technological transference from GTB-
UPM to GTR-PUCP
At the begining GTR-PUCP was supported by:
- Hispanic American Health Link (EHAS)
- Politechnical University of Madrid (UPM)
- NGO Engineering Without Borders (ISF)
- Pontifical Catholic University of Peru (PUCP)
Atthebegining
Now we are partners on EHAS Foundation.
We've replicated the experience and also we've
done technological transference to other
institutions like:
- National University San Antonio Abab of Cusco
(UNSAAC) – Peru
- National University of Ica (UNICA) - Peru
- Private Technical University of Loja (UTPL) -
Ecuador
- NGO ITDG through CEDECAP in Cajamarca -
Peru
Our purpose is to develop technical expertise in
different zones of intervention in different levels.
We make training and workshops on wireless
technologies.
Now
Presentation trieste nov 2011
Presentation trieste nov 2011
Research and development of
appropriate telecommunications
technologies for the rural areas.
Execution of social responsibility
projects in the university;
Exercising and strengthening of
academic teaching, inside and outside
of our university.
Technical training for universities, social
organizations, enterprises, workers and
final users of ICT.
Developed by EHAS partners and
mainly based on radiocommunication
and free software
WiFi
Embeded
system
Linux Voyage
Presentation trieste nov 2011
Presentation trieste nov 2011
•Line of sight with
some obstacules
•Few Hundreds km
•Easy
implementation
•Not depend on
wheater
•Low speed system
9600 bps
Presentation trieste nov 2011
Presentation trieste nov 2011
Repeater Don Juan, Cusco Peru 2008
Router (Alix board with LinuxVoyage GTR operating system),
photovoltaic system, Internet access, voIP
Repeater San Rafael
Napo river, Peru
ROUTER VOYAGE GTR
•Wireless router outdoor
•For long distance
•Low energy consumption, under 10
W (can be fed with a solar panel of
50 Wp)
• Low cost.
•Support 802.11abg (1, 2 ó 3
wireless interfaces)
•Asterisk (VoIP server) incorporated
•Interface web for easy basic
configuration
•SNMP
•Dinamic routing (OSPF)
•Security (WPA2-PSK)
•QoS
WiFisystem
Network configuration and
voIP test
GTR-PUCP develops its work in areas
located in rural zones with difficult
access and with no energy sources but
the natural ones.
Then, we have developed our own
solutions in order to use our
technologies with the available power
sources.
Solar panels mounted
near the top of the tower.
Angoteros, Napo river
Peru
Solar panels built into the
roof.
Don Juan repeater, Cusco
Peru
Solar panels and
Bateries
Loboyacu health
post, Pastaza
River
NewlinesofResearch
• 802.11n under test in field
• Wimax technologies
• Remote surveillance systems for
telecommunication infrastructure.
• Fentocells and Low cost GSM mobile telephony:
Open software solutions: Open BTS + GNUradio +
Asterisk, over USRP Hardware
• Wireless Sensor Networks
GTR-PUCP works in two programs related to
millennium developments goals.
- EHAS program on e-health
- Willay program on e-government
GTR-PUCP is founder and member of the Hispanic-
American Health Network (EHAS for its initials in
Spanish) consortium, conformed by more than 10
universities and institutions in America and Europe.
We develop projects which involve ICT in health
and social development in general.
The main objetive is to employ appropiated
telemedicine systems for rural primary health care
(low cost and adapted to local needs)
GTR-PUCP and the NGO ISF ApD in 2006 founded
theWILLAY program. Its objective: Improving the
local democratic governability of public entities such
as municipal governments, education, health and
inclusion of minorities from the rural zones of Peru.
The word “Willay” comes from the family language of
quechua, and means “communicate”.That is the
original purpose of the program.
Associates: ISF, UNSAAC, SP-ITDG and GTR-PUCP
We work with government institutions and
beneficiaries to raise awareness about the use of
ICTs
We involve beneficiaries in the process of
designing, implementing, care, maintenance and
repair systems for sustainability.
In ICT’s projects usually
There are local contributions from the
province government, the local councils
and the communities
Training activities in the use and
maintenance of ICT’s
The objective of this project was
to improve the health conditions of
the Peruvian population from the
Amazon rainforest in Loreto,
providing electric energy, data and
voice communication to the chosen
health centers in the province of Alto
Amazonas.
AECI
processes in 6 health
establishments in Peru (North of
the Province of Alto Amazonas)
and 6 in Colombia (Indigenous
Reserve of Guambia).
In total, 69 EHAS stations
were installed in the
provinces of Alto Amazonas
and Datem del Marañon.
Project which involved the installation of
EHAS Stations, offering remote training
services and improvement of health
The objective of this project is to
demonstrate that primary health assistance
services in rural zones of Latin America are
possible through the development of adequate
ICT.
Three pilot projects were implemented in
Peru, Colombia and Cuba, as a result we had a
decreasing number in emergency evacuations
and the improvement of the patient references
system and the epidemiologic surveillance
system.
Pilot project which aimed to
evaluate the institutional and technical
viability of telemedicine services such
as stethoscophy, cardiology and
dermatology in the Cuzco network,
which was implemented through the
EHAS-@LIS Project.
Presentation trieste nov 2011
Project of epidemiologic surveillance of
malaria in borderline zones of the Andean
region, approved byTheWorld Found
through the subproject “Data and voice
communication networks in health centers
of the border zone Peru-Ecuador”
(RECOVODA), which consists in the
establishment of data and voice
telecommunication networks for 29 stations
in Peru and 12 in Ecuador in the rural zones
and frontiers.
2008 - 2009
Maternal-child health
improvement
08
Napo’s Network ~ 445 km
Probably the chain multihop 802.11 based longest network of the world
16 towers
Heights of the towers
are between 45 to 90
meters
The distances are
between 16 and 49 km
The banwith from
Iquitos to Cabo
Pantoja is 2 to 3 Mbps
Use of embeded
routers with linux
voIP, internet acces, …
Napo’s Network ~ 445 km
Probably the chain multihop 802.11 based longest network of the world
Segment network
NAPONETWORK
Repeater station diagram, for equipments mounted
on the top of the tower.
NAPONETWORK
Client station LAN conecction diagram.
NAPONETWORK
Power and electrical protection systems
for a client station
NAPONETWORK
Power system and electrical protection system Diagram
NAPONETWORK
2008 and 2010
•Training in wireless technologies
•On February 2008 more than 40
partipants
Bolivia, Venezuela, Ecuador, Colombia,
Mexico, Chile, Argentina, Republica
Dominicana, Spain, Uruguay, Peru.
Developed in Cuzco-Peru
-This year a new training
-Financed by UPM
Latin American Wireless Network Meeting For Rural Areas
•Implementation of
Acomayo Network I
and II.
•It’s parallel to
Health’s Network .in
Cuzco
•Internet, telephony
and other services to
local institutions:
municipalities,
education, health and
police.
•Redundance link and
OSPF
2007 -2008 Acomayo I
2009-2012 Acomayo II
Centers Network
•Three centers in different regions of
Peru
•Training and dissemination in ICTs
for technicians and workers of public
institutions
•Demostration centers in rural
telecommunication
2009 - 2011
SP-ITDG-CEDECAP
UNSAAC-CEDITER
PUCP-GTR
Cesar Cordova
cdcordova@pucp.edu.pe

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Presentation trieste nov 2011

  • 1. Application of open software and embedded systems in wireless networks for rural areas by GTR-PUCP. CESAR CORDOVA BERNUY Rural Telecommunications Group
  • 2. Founded in 1998, GTR-PUCP is a group of professors, professionals, current and graduated students and researchers dedicated to the development and promotion of the rural telecommunications in Latin America. We are an organization formed and supported on the Faculty of Sciences and Engineering of PUCP into the field ofTelecommunications.
  • 3. We are a multidisciplinary team committed to the research, development, application, analysis, evaluation of impact and promotion of Information and CommunicationTechnologies (ICT), which contribute to the improvement of the standard of living of marginal communities, which have none or limited access to communication media, with emphasis in those located in the rural environment.
  • 4. Our goal is to become one of the leaders in development of appropriate and innovative low-cost technological solutions in the field of rural telecommunications and to be recognized national and internationally as a reference in the areas of Information and CommunicationsTechnologies for human development.
  • 5. It was an initiative of GBT-UPM, joined PUCP and formed a researching laboratory on low cost rural telecommunications. There was a technological transference from GTB- UPM to GTR-PUCP At the begining GTR-PUCP was supported by: - Hispanic American Health Link (EHAS) - Politechnical University of Madrid (UPM) - NGO Engineering Without Borders (ISF) - Pontifical Catholic University of Peru (PUCP) Atthebegining
  • 6. Now we are partners on EHAS Foundation. We've replicated the experience and also we've done technological transference to other institutions like: - National University San Antonio Abab of Cusco (UNSAAC) – Peru - National University of Ica (UNICA) - Peru - Private Technical University of Loja (UTPL) - Ecuador - NGO ITDG through CEDECAP in Cajamarca - Peru Our purpose is to develop technical expertise in different zones of intervention in different levels. We make training and workshops on wireless technologies. Now
  • 9. Research and development of appropriate telecommunications technologies for the rural areas. Execution of social responsibility projects in the university; Exercising and strengthening of academic teaching, inside and outside of our university. Technical training for universities, social organizations, enterprises, workers and final users of ICT.
  • 10. Developed by EHAS partners and mainly based on radiocommunication and free software WiFi Embeded system Linux Voyage
  • 13. •Line of sight with some obstacules •Few Hundreds km •Easy implementation •Not depend on wheater •Low speed system 9600 bps
  • 16. Repeater Don Juan, Cusco Peru 2008 Router (Alix board with LinuxVoyage GTR operating system), photovoltaic system, Internet access, voIP Repeater San Rafael Napo river, Peru
  • 17. ROUTER VOYAGE GTR •Wireless router outdoor •For long distance •Low energy consumption, under 10 W (can be fed with a solar panel of 50 Wp) • Low cost. •Support 802.11abg (1, 2 ó 3 wireless interfaces) •Asterisk (VoIP server) incorporated •Interface web for easy basic configuration •SNMP •Dinamic routing (OSPF) •Security (WPA2-PSK) •QoS WiFisystem
  • 19. GTR-PUCP develops its work in areas located in rural zones with difficult access and with no energy sources but the natural ones. Then, we have developed our own solutions in order to use our technologies with the available power sources.
  • 20. Solar panels mounted near the top of the tower. Angoteros, Napo river Peru Solar panels built into the roof. Don Juan repeater, Cusco Peru
  • 21. Solar panels and Bateries Loboyacu health post, Pastaza River
  • 22. NewlinesofResearch • 802.11n under test in field • Wimax technologies • Remote surveillance systems for telecommunication infrastructure. • Fentocells and Low cost GSM mobile telephony: Open software solutions: Open BTS + GNUradio + Asterisk, over USRP Hardware • Wireless Sensor Networks
  • 23. GTR-PUCP works in two programs related to millennium developments goals. - EHAS program on e-health - Willay program on e-government
  • 24. GTR-PUCP is founder and member of the Hispanic- American Health Network (EHAS for its initials in Spanish) consortium, conformed by more than 10 universities and institutions in America and Europe. We develop projects which involve ICT in health and social development in general. The main objetive is to employ appropiated telemedicine systems for rural primary health care (low cost and adapted to local needs)
  • 25. GTR-PUCP and the NGO ISF ApD in 2006 founded theWILLAY program. Its objective: Improving the local democratic governability of public entities such as municipal governments, education, health and inclusion of minorities from the rural zones of Peru. The word “Willay” comes from the family language of quechua, and means “communicate”.That is the original purpose of the program. Associates: ISF, UNSAAC, SP-ITDG and GTR-PUCP
  • 26. We work with government institutions and beneficiaries to raise awareness about the use of ICTs We involve beneficiaries in the process of designing, implementing, care, maintenance and repair systems for sustainability. In ICT’s projects usually There are local contributions from the province government, the local councils and the communities Training activities in the use and maintenance of ICT’s
  • 27. The objective of this project was to improve the health conditions of the Peruvian population from the Amazon rainforest in Loreto, providing electric energy, data and voice communication to the chosen health centers in the province of Alto Amazonas. AECI
  • 28. processes in 6 health establishments in Peru (North of the Province of Alto Amazonas) and 6 in Colombia (Indigenous Reserve of Guambia). In total, 69 EHAS stations were installed in the provinces of Alto Amazonas and Datem del Marañon. Project which involved the installation of EHAS Stations, offering remote training services and improvement of health
  • 29. The objective of this project is to demonstrate that primary health assistance services in rural zones of Latin America are possible through the development of adequate ICT. Three pilot projects were implemented in Peru, Colombia and Cuba, as a result we had a decreasing number in emergency evacuations and the improvement of the patient references system and the epidemiologic surveillance system.
  • 30. Pilot project which aimed to evaluate the institutional and technical viability of telemedicine services such as stethoscophy, cardiology and dermatology in the Cuzco network, which was implemented through the EHAS-@LIS Project.
  • 32. Project of epidemiologic surveillance of malaria in borderline zones of the Andean region, approved byTheWorld Found through the subproject “Data and voice communication networks in health centers of the border zone Peru-Ecuador” (RECOVODA), which consists in the establishment of data and voice telecommunication networks for 29 stations in Peru and 12 in Ecuador in the rural zones and frontiers.
  • 33. 2008 - 2009 Maternal-child health improvement 08
  • 34. Napo’s Network ~ 445 km Probably the chain multihop 802.11 based longest network of the world
  • 35. 16 towers Heights of the towers are between 45 to 90 meters The distances are between 16 and 49 km The banwith from Iquitos to Cabo Pantoja is 2 to 3 Mbps Use of embeded routers with linux voIP, internet acces, … Napo’s Network ~ 445 km Probably the chain multihop 802.11 based longest network of the world
  • 37. Repeater station diagram, for equipments mounted on the top of the tower. NAPONETWORK
  • 38. Client station LAN conecction diagram. NAPONETWORK
  • 39. Power and electrical protection systems for a client station NAPONETWORK
  • 40. Power system and electrical protection system Diagram NAPONETWORK
  • 41. 2008 and 2010 •Training in wireless technologies •On February 2008 more than 40 partipants Bolivia, Venezuela, Ecuador, Colombia, Mexico, Chile, Argentina, Republica Dominicana, Spain, Uruguay, Peru. Developed in Cuzco-Peru -This year a new training -Financed by UPM Latin American Wireless Network Meeting For Rural Areas
  • 42. •Implementation of Acomayo Network I and II. •It’s parallel to Health’s Network .in Cuzco •Internet, telephony and other services to local institutions: municipalities, education, health and police. •Redundance link and OSPF 2007 -2008 Acomayo I 2009-2012 Acomayo II
  • 43. Centers Network •Three centers in different regions of Peru •Training and dissemination in ICTs for technicians and workers of public institutions •Demostration centers in rural telecommunication 2009 - 2011 SP-ITDG-CEDECAP UNSAAC-CEDITER PUCP-GTR