14:45 meeting room open, coffee
15:00 start
Results of the DEMANES project will be presented and demonstrated.
The goal of DEMANES is to provide methods and tools for the development of runtime adaptive systems, making them capable of reacting to changes in themselves, in their environment (battery state, availability and throughput of the network connection, availability of external services, etc.) and in user needs (requirements).

• Maarten Brock - Van Mierlo Ingenieursbureau
  Adaptivity in MyriaNed, reference to energy consumption
•  Joost van Velzen – Salland Electronics
  Architecture and opportunities for adaptive middleware on wireless networks.
• Freek van Polen – Sense Observation Systems
  Adaptive sensor data processing in a hybrid cloud / smartphone environment.
• All - Life demo of adaptive lighting control system
  incl. Henk van Kampen – real-time sniffing
  Indoor office lighting which adapts to user presence, making use of smart chair, smart phones, smart bike.
  Including real-time sniffing of the networks activity.

17:00 + Informal part with drinks and a byte

On The DevLab Café of September will be a bigger event than usual. In collaboration with Chess Wise, one of the founding member companies of DevLab, we will organize a congress called Wise '15. The congress will focus on the projects currently in progress within DevLab, addressing crowd monitoring and control with large distributed systems and self-healing properties of complex systems.

Of course the DevLab member companies also play a role, with some real life demonstrations.

The last part of the congress will be dedicated to Frits van der Wateren, who retired recently, but without stopping his activities within Chess Wise. For many years, Frits has been and still is playing a very important role into the new technology developments in most of the DevLab projects.

NB: second part of the Congress will be in Dutch

Program
13:00 – Start Wise '15
13:30 - DevLab projects

• Maarten van Steen (professor @ UTwente, former VU)
  Extreme Wireless Distributed Systems for crowd monitoring
• Johan Lukkien (professor @ TU/e)
  Healing or Dealing - self healing properties in networked systems

15:00 - break
15:30 - ontwikkelingen door de tijd

• Siebren de Vries en Frits van der Wateren (Chess Wise)
  de laatste 40+10 jaren
• Koen Langendoen (professor @ TUD)
  Hoe organiseer je grootschalige communicatie op basis van draadloze communicatie (MAC layer)
• Maarten van Steen (professor @ UTwente)
  Hoe organiseer je grootschalige samenwerking (distributed computing)
• Johan Lukkien (professor @ TU/e)
  Betrouwbare systemen met onbetrouwbare communicatie
• Siebren de Vries en Frits van der Wateren (Chess Wise)
  Drijfveren, inspiratie en transpiratie

17:30 – closing with drinks

Program:

Overview progress Atalanta project – Hans Goosen, assistant professor @ TUD
This overview aims to discuss the different aspects and challenges in the Atalanta project and to demonstrate the progress that has been made over the last couple of years.

Control of Resonant Compliant Systems (CRCS)  - Hugo Peters, phd student @ TUD
The Atalanta Flapping Wing Micro Air Vehicle is a compliant system that needs control for practical usage. During a 4-year PhD project, we studied the controllability of this type of resonating systems. An overview of this study will be given which stresses the challenges, achievements and recommendations for future work.

First experimental validation – Caspar Banis, master student @ TUD
In the CRCS project, a theoretical framework is developed to modify resonance responses using carefully selected structural property changes (e.g., changes in stiffness). This work shows a first experimental validation of this framework using a relatively simple cantilever beam.

Experimental setup to measure loads on a flapping wing – Hans Goosen, assistant professor @ TUD
Despite all experimental work that has been done within the flapping wing community, nobody has been able to accurately measure all details of the small aerodynamic loads acting on the flapping wing. A scientifically very interesting experimental setup has been developed by DevLab companies and Delft University of Technology to accurately measure these loads.

Technical details experimental setup – Frank Heukels, designer/engineer @ KITT Engineering
Measuring the transient loads on a  flapping wing is challenging due to the small scales, high frequencies, high flap angles and marginal aerodynamic loads. This talk aims to discuss the technical details of the measurement setup.

Collaboration between DevLab and TUD – Fred van Keulen, professor @ TUD
The collaboration between DevLab and TUD started around 2005 with the definition of the Atalanta project. This lead to many scientific, practical and educational results. With the definition of future projects this collaboration will remain fruitful.

Closing with drinks