Santa Fe Institute Events Wiki - User contributions [en]

Presentations 2012

2012-06-27T18:25:46Z

Eval:

{{Complex Systems Summer School 2012}}

9:00 - 9:15: Christa Brelsford and Xin Lu: Changes in Social Network Structure in Response to Crisis: Using Twitter data to Explore the Effect of the Tōhoku Earthquake.

9:15 - 9:30: Piotr Milanowski and Georg F. Weber: Enzyme kinetics and the outcome of chemical reactions.

9:30 - 9:45: Fabio, Elena, Tom and Friederike: Collaboration in times of stress: an Agent Based Modelling approach

10:15 - 10:45: BREAK

12:00 - 1:15: LUNCH

5:00: Final Remarks & Farewell Dinner

Experiment sign-up

2012-06-18T15:07:52Z

Eval:

Hi! Please sign up for one slot below. The experiment will be held in the Senior Common Room (JP's office) next to the great hall. Please arrive on time!

- Katrien, Vanessa, Sandro, Cameron & Jasmeen

==Monday June 18==

Morning Break:

9.30-9.40: Ryan

9.40-9.50: Benji

9.50-10.00: Friederike

10.00-10.10: Oscar

10.10-10.20: Tom

10.20-10.30: Piotr

10.30-10.40: Laurent

Lunch Break:

12.05-12.15: Chloe

12.15-12.25: Andres

12.25-12.35: Xue

12.35-12.45: Oleksandr

12.55-1.05: Nick A

1.05-1.15: Fabio

1.15-1.25: Priya

Afternoon:

4.30-4.40: Matteo

4.40-4.50:Ben

4.50-5.00: Sarah

5.00-5.10: Charlie

5.10-5.20: Abby

5.20-5.30: Elena

5.30-5.40:

5.40-5.50:

5.50-6.00:

6.00-6.10:

6.10-6.20:

6.20-6.30:

6.30-6.40:

6.40-6.50:

6.50-7.00:

Bandelier Trip 2012

2012-06-07T19:34:27Z

Eval:

{{Complex Systems Summer School 2012}}

Please sign up here so we know who's going. 
Also: If you have a car, please let us know. The more cars, the more people. 

We'll meet Saturday at 10:00am in the parking circle.

Please remember to bring a hat, sunscreen, water, hiking shoes, and anything else you'll need for a day out in the field.

==Cars:==

===Tom's Sedan: 4 seats===
1. [[Nicholas Allgaier]] 

2. Vikram Vijayaraghavan 

3. Katrien Beuls 

4. Riccardo Fusaroli 

===John Paul's Camry: 4 (maybe 5) seats===

1. [[John Paul]] 

2. [[Matteo Chinazzi]] 

3. [[Chloe Lewis]] 

4. [[Xue Feng]] 

5. [[Joanne Rodrigues]] 

===Juniper's Car: 4 seats===

1. Jasmeen Kanwal

2. Sarah Tweedt

3. Mark Longo

4. Hide Inamine

===[http://tuvalu.santafe.edu/events/workshops/index.php/Christa_Brelsford Christa]'s Car: 4 (maybe 5) seats===

1. Christa

2. Nicolas Goudemand

3. Marco

4. [http://tuvalu.santafe.edu/events/workshops/index.php/Xin_Lu Xin]

5(middle seat in a 2 door civic). [[Miguel Lurgi]]

===Charlie's car: 2 seats ===
My car's not that useful for this trip because I took out so many of the seats. I have only two seats besides the driver seat. Better than nothing.

1. Andres Gomez-Lievano

2. Vanessa Ferdinand

===STILL NEEDS A SEAT!===
1. Priya Subramanian

2. [[Piotr Milanowski | Piotr]]

3. Georg M Goerg

4. Oleksandr Ivanov

5. Ben Althouse

6. Georg Weber

7. Oscar Patterson

8. David Pugh

9. Abby Horn

10. Ian Wood

11. Friederike Greb

12. Jianfeng Xu

13. Tom Fennewald

14. Mikkel Vestergaard

15. Nona Karalashvili

16. Elena del Val

Elena del Val

2012-06-05T22:40:35Z

Eval:

I am a PhD candidate (full-time student) at the GTI-IA Research Group ([http://gti-ia.upv.es]). I have been working with GTI-IA group since 2005, participating in several projects related to the implementation and application of Multi-Agent Systems to large-scale open distributed computer systems.

I am interested on the development of mechanisms based on social features to facilitate a decentralized management of resources and adaptation in large distributed systems where only local knowledge is available. Specifically, In the last years I have been working on the inclusion of a social feature called homophily as a criterion to facilitate service management in Service-Oriented Multi-Agent Systems (SOMAS). This main goal is divided in the following sub-goals:

1. The generation of self-organized network structures based on homophily between agents that facilitate the search of resources considering local information.

2. The use of greedy algorithms for decentralized search based on local information related to organizational and functional information.

3. The creation of self-organization mechanisms based on local information. These mechanisms are based on utility functions and link-decay functions. The aim of the consideration of self-organization is to improve the system performance and utility when changes in the environmental conditions occur.

4. The inclusion of mechanisms that facilitate the emergence of cooperation in heterogeneous systems where cooperative and non-cooperative agents can appear. These mechanisms are based on economical incentives and social plasticity of the agents present in the network.

Elena del Val

2012-06-05T22:40:09Z

Eval: Created page with 'I am a PhD candidate (full-time student) at the GTI-IA Research Group ([http://gti-ia.upv.es]). I have been working with GTI-IA group since 2005, participating in several project…'

I am a PhD candidate (full-time student) at the GTI-IA Research Group ([http://gti-ia.upv.es]). I have been working with GTI-IA group since 2005, participating in several projects related to the implementation and application of Multi-Agent Systems to large-scale open distributed computer systems.

I am interested on the development of mechanisms based on social features to facilitate a decentralized management of resources and adaptation in large distributed systems where only local knowledge is available. Specifically, In the last years I have been working on the inclusion of a social feature called homophily as a criterion to facilitate service management in Service-Oriented Multi-Agent Systems (SOMAS). This main goal is divided in the following sub-goals:

1. The generation of self-organized network structures based on homophily between agents that facilitate the search of resources considering local information.

2. The use of greedy algorithms for decentralized search based on local information related to organizational and functional information.

3. The creation of self-adaptation mechanisms based on local information. These mechanisms are based on utility functions and link-decay functions. The aim of the consideration of self-organization is to improve the system performance and utility when changes in the environmental conditions occur.

4. The inclusion of mechanisms that facilitate the emergence of cooperation in heterogeneous systems where cooperative and non-cooperative agents can appear. These mechanisms are based on economical incentives and social plasticity of the agents present in the network.

Alfred Hubler's Nonlinear Dynamics Lab 2012

2012-06-03T22:04:54Z

Eval:

{{Complex Systems Summer School 2012}}

==Thursday, June 7, 6:00pm==

1. Sarah Tweedt 
2. Georg F. Weber 
3. Georg M. Goerg 
4. Cameron Smith 
5. Mikkel Vestergaard 
6. Friederike Greb 
7. Fabio Cresto Aleina 
8. Benji zusman 
9. Elena del Val 
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==Friday, June 8 7:00am==
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==Monday, June 11, 6:00pm==
1. Hidetoshi Inamine 
2. Dan Wu 
3. Xiaoli Dong 
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==Tuesday, June 12, 6:00pm==
1. Marco Duenas

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