Enabling the Future Internet for Smart Cities

Enabling the Future Internet for Smart Cities

The Future Internet will integrate large-scale systems constructed from the composition of thousands of distributed services, while interacting directly with the physical world via sensors and actuators, which compose the Internet of Things.

The InterSCity project seeks post-doctoral researchers that have already demonstrated a good capacity of producing high-quality research with publications in top international journals and conferences. If you believe you fall into this description and are interested in working with us, apply for a position in the InterSCity Project.

Recent Publications

Evaluating CRoS-NDN: a comparative performance analysis of a controller-based routing scheme for named-data networking.

João Vitor Torres, Igor Drummond Alvarenga, Raouf Boutaba and Otto Carlos Muniz Bandeira Duarte, 2019.


Comparing bicycling and pedestrian mobility: Patterns of non-motorized human mobility in Greater Boston.

Journal of Transport Geography, Volume 80, October. Christian Bongiorno, Daniele Santucci, Fabio Kon, Paolo Santi, and Carlo Ratti, 2019.


Exploiting Vehicular Social Networks and Dynamic Clustering to Enhance Urban Mobility Management.

Sensors 2019. Ademar Takeo Akabane, Roger Immich, Richard Wenner Pazzi, Edmundo Roberto Mauro Madeira and Leandro Aparecido Villas, 2019.


Low-Latency and Energy-Efficient BBU Placement and VPON Formation in Virtualized Cloud-Fog RAN.

Journal of Optical Communications and Networking. R. I. TININI, D. M. BATISTA, GUSTAVO BITTENCOURT FIGUEIREDO, M. TORNATORE, and B. MUKHERJEE, 2019.


An SDN-Based Framework for Routing Multi-Streams Transport Traffic Over Multipath Networks.

53rd IEEE International Conference on Communications. Pedro Rezende, Somayeh Kianpisheh, Roch Glitho and Edmundo Madeira, 2019.


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#InterSCity Tweets


News

Internet das coisas: protótipo de hortas inteligentes foi apresentado em Workshops nos estados de São Paulo e Minas Gerais

Pesquisadores do projeto IoTrees, do InterSCity, desenvolveram protótipo que avalia condições microclimáticas de hortas e decide sobre quando e como adicionar água ao solo, e apresentaram o protótipo para diversos alunos em workshops durante os eventos Botânica no Inverno do Instituto de Biociências da USP e na Semana da Biologia da Universidade Federal de Juiz de Fora, em Minas Gerais.

Os participantes aprenderam conceitos iniciais sobre Hardware Livre,


INACITY in the 2nd BRICS Young Innovator Prize

 

The INACITY project (INvestigate and Analyse a CITY) was selected to be one of the finalists competitors of the 2nd BRICS Young Innovator Prize, awarded to recognize the top research, development and innovation projects that can contribute majorly to the science and technology sectors and gathered scientists from all the BRICS nations, in the event that is part of the 4th BRICS Young Scientist Forum that happened in Nov 6th,


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Recent press

University of São Paulo researchers system shows that are fewer accidents where there is monitoring by radar

Tool was created and awarded during a marathon organized by the São Paulo City Hall wich seeks solutions to improve road safety

To read the full article click here (in portuguese)


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Software

InterSCity Platform.

A microservice-based, open-source smart city platform that aims at supporting collaborative, novel smart city research, development, and deployment initiatives.


InterSCSimulator – A Smart City Simulator.

An open-source, extensible, large-scale Traffic Simulator for Smart Cities, extensible to other Smart City domains.


ContextNet.

A middleware for large-scale, low-latency processing of mobile data streams with support for mobile-mobile cooperation, context awareness, connection balancing, and cloud integration.


Network Infrastructure and Security.

An interconnected network based on NFV to research aspects of network security in order to address the challenges posed by IoT technologies.


Internet of Trees.

This project aims at developing sensor prototypes for monitoring the environment using free-design hardware and open source software. The project includes a base station and a sensor station including these sensors: LDR, DHT22, Soil Moisture, sap-flow, and leaf temperature.


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