Alien Far Side 3 Moon

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The document summarizes the agenda for an upcoming Mission Far Side planning meeting. It includes checking that the science summaries are ready, discussing plans to make the astronauts comfortable in the rocket during take-off, calculating the necessary thrust for take-off, and having the route planning team explain whether the Moon or Earth has a smaller mass and greater gravitational pull.

Technology Education

The next week, in a Mission Far Side planning meeting Welcome! I need to hear your plans so far. Here’s the agenda. Danni, are you ready with your science summaries? Remember – we’ve got some non-scientists on the management team! ,[object Object],[object Object],[object Object],[object Object],[object Object],4 Engage Explore Explain Elaborate Extend Evaluate Elicit

Unbalanced forces make the rocket take off. The upward force – thrust – from the engines must be greater than the downward force on the rocket. The take-off team will calculate the thrust our rocket needs. 9 thrust Engage Explore Explain Elaborate Extend Evaluate Elicit

So which has a smaller mass – the Moon or the Earth? And which pulls things towards it with a greater force? Can the route planning team explain? 18 Engage Explore Explain Elaborate Extend Evaluate Elicit

Nowadays, routing proposals must deal with a panoply of heterogeneous devices, intermittent connectivity, and the users' constant need for communication, even in rather challenging networking scenarios. Thus, we propose a Social-aware Content-based Opportunistic Routing Protocol, SCORP, that considers the users' social interaction and their interests to improve data delivery in urban, dense scenarios. Through simulations, using synthetic mobility and human traces scenarios, we compare the performance of our solution against other two social-aware solutions, dLife and Bubble Rap, and the social-oblivious Spray and Wait, in order to show that the combination of social awareness and content knowledge can be benecial when disseminating data in challenging networks This presentation was given on my behalf by Dr. Mendes in the 5th International Conference on Ad Hoc Networks (ADHOCNETS 2013), on October 16th, 2013 in Barcelona, Spain.

Crowd Assisted Approach for Pervasive Opportunistic Sensing

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The advances in the areas of microelectronics and telecommunications are helping to materialize the vision of a pervasive computing model through the incorporation of sensors and communication interfaces into objects of everyday life. In recent years, there has been a growing interest in crowd assisted sensing applications, in which people serve as the building block that can be exploited to offer pervasive opportunistic sensing at scale. This paper describes a new crowd assisted pervasive opportunistic sensing framework able of exploiting people's mobility to overcome the coverage limitation of sensors and the diversity of devices, expanding the scale of sensing applications. This presentation was given in the 2nd IEEE PerCom Workshop on Crowd Assisted Sensing Pervasive Systems and Communications (CASPer 2015), on March 27th, 2015 in St. Louis, USA.

DTN-Amazon is a project developed in a partnership between SITILabs and Federal University of Para (UFPA/Brazil) since 2011. The main goal is to promote digital/social inclusion in the Amazon region by bringing Internet access to remote, infrastructureless locations such as the the riverside communities nearby UFPA. The project has implemented middleware solutions that are actually being experimented in a 7-node testbed at UFPA. This presentation was given in TecWeb 2013 on April 16th, 2013 at University Lusofona in Lisbon, Portugal.

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