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| width="325" | '''Title:'''
| width="100" | '''Date:'''
| width="325" | '''Authors:'''
| width="200" | '''Student(s):'''
| width="325" | '''Short Explenation:'''
| width="325" | '''Task:'''
| width="100" | '''Relevance Grade:'''
| width="100" | '''Hours spend:'''
| width="100" | '''PDF File'''
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| The TAM: abstracting complex tasks in swarm robotics research
|30-11-2015
| Arne Brutschy, Lorenzo Garattoni,Manuele Brambilla,Gianpiero Francesca,Giovanni Pini,Marco Dorigo and Mauro Birattari
|Jesse, Alex, Simon and Guus
| Proposes an approach to abstract complex tasks in swarm robotics research, using TAM.
|Making a specific planning for the rest of the case and tried to find Harry van de Loo in order to ask about the availability of the mindstorm robots.
|2
|2 hours each (=8 hours total)
|[[Media:The_TAM.pdf]]
|-
|-
|Ad Hoc Communication in Teams of Mobile Robots Using ZigBee Technology
|30-11-2015
|AMADEU FERNANDES, MICAEL S. COUCEIRO, DAVID PORTUGAL, JOAO MACHADO SANTOS, RUI P. ROCHA
|Simon
|The main aim of this paper is to implement and validate ad hoc wireless
|Working on the first simulation (top level)
communication functions between robotic teammates using the ZigBee technology.
|3 hours
|4
|[[Media:Zigbee.pdf]]
|-
|-
|The task allocation model based on repuattion for the heterogeneous multi-robot collaboration system
|31-11-2015
|Zhiguo Shi, Jumming Wei, Xujian Wei, et. al.
|Chris
|Article about assigning reputation to members on the swarm. Not useful to us, but has some nice references I want to check out.
|Working on simulation
|1
|3 hours
|[[Media:Zhiguo_Shi_et_al._-_2010_-_The_task_allocation_model_based_on_reputation_for_the_heterogeneous_multi-robot_collaboration_system.pdf]]
|-
|-
|A Model of Rescue Task in Swarm Robots System
|03-12-2015
|Liu B, Chen P, Wang G, et. al.
|Chris
|Heavily inspired by the behaviour of ants:<br>
|Working on simulation and literature research
 
|4 hours
It describes a system in which a large swarm of robots moves pieces of "ruin piles" to "free space" communicating - inspired by the workings of an ant colony - by "feromones" which guide the robots to the piles and which decide the probability of a certain robot being assigned to a specific pile.<br>
 
Strongly related<br>
Doesn't seem to consider more than one robot moving the same object so still have to do that ourselves <br>
works much better for very large swarms<br>
|5
|[[Media:Liu,_Chen,_Wang_-_2013_-_A_Model_of_Rescue_Task_in_Swarm_Robots_System.pdf]]
|-
|-
|Blackboard Mechanism Based Ant Colony Theory for Dynamic Deployment of Mobile Sensor Networks
|04-12-2015
|Qi G, Song P, Li K, et. al.
|Jesse, Alex, Guus
|Uses the "blackboard" approach to pheromones which is interesting since we probably don't want to use s physical pheromone, but a pheromone approach does seem to be highly applicable to our case<br>
|Aquiring of the robot parts and the assembly of the robot swarm
 
|5 hours each (=15 hours total)
has a lot of interesting references and also gives some nice details about path-finding using the pheromone approach.
|4
|[[Media:Qi,_Song,_Li_-_2008_-_Blackboard_Mechanism_Based_Ant_Colony_Theory_for_Dynamic_Deployment_of_Mobile_Sensor_Networks.pdf]]
|-
|-
|Optimality of collective choices: a stochastic approach
|05-12-2015
|Nicolis S, Detrain C, Demolin D, et. al.
|Simon
|(referenced by [Liu, Chen, Wang]) It's the description of the behaviour of ants on which the model in [Liu, Cheng, Wang] is based. It also gives optimal choices for pheromones.
|Analysing the texts from  [Liu B Chen P Wang G], [Qi G Song P Li K] and [Nicolis S Detrain C Demolin D Deneubourg J] to compose a swarm algorithm for the top level simulation. Also work on the simulation itself.  
|4
|3 hours
|[[Media:Nicolis_et_al._-_2003_-_Optimality_of_collective_choices_a_stochastic_approach.pdf]]
|-
|-
|A hierarchical approach for primitive-based motion planning and control of autonomous vehicles
|06-12-2015
|Grymin D, Neas C, Farhood M, et. al.
|Jesse
|This is about finding a path to a goal. Useful since whenever a goal is first established by our swarm, we will need to find a good path (once)
|Finding out how the [[RCX 2.0]] bricks can be programmed and write a first script to run on for the [[Lego Mindstorms Robots]]
|3
|4 hours
|[[Media:Grymin,_Neas,_Farhood_-_2014_-_A_hierarchical_approach_for_primitive-based_motion_planning_and_control_of_autonomous_vehicles.pdf]]
|-
|-
|Social Cognitive Maps, Swarm Collective Perception and Distributed Search on Dynamic Landscapes
|06-12-2015
|Ramos V, Fernandes C, Rosa A, et. al.
|Simon
|Lengthy introduction which gives a more philosophical view of the connection between swarm intelligence and intelligence in general.<br>
|Working on the top level simulation
 
|8 hours
Paper itself seems to give more details about how the pheromone concept can be used.<br>
 
Also mentions an other algorithm (Bacterial Foraging Optimization Algorithm) which we might want to check out, and has references to possibly useful Matlab code.
|4
|[[Media:Ramos,_Fernandes,_Rosa_-_2005_-_Social_Cognitive_Maps,_Swarm_Perception_and_Distributed_Search_on_Dynamic_Landscapes.pdf]]
|-
|-
|Swarm intelligence and stigmergy: robotic implementation of foraging behavior
|06-12-2015
|Edelen M
|Alex
|Thesis referenced by [Liu, Chen, Wang] http://drum.lib.umd.edu/handle/1903/107 <br>
|Researching and describing the communication possibilities of the robots
Quite a lot of info (a whole book), might be useful for details if we get stuck but don't want to read it in its entirety
|5 hours
|3
|
|-
|-
|Guest editorial advances in multirobot systems
|06-12-2015
|Arai T, Pagello E, Parker L, et. al.
|Guus
|An overview
|Worked on robot plus sofware involving the robots, only to find out that the robot i took home was defect. Also wrote the page about [[Windows emulator]].
|2
|5 hours
|[[Media:Arai,_Pagello,_Parker_-_2002_-_Guest_editorial_advances_in_multirobot_systems.pdf]]
|-
|-
|Research Advance in Swarm Robotics
|09-12-2015
|Tan Y, Zheng Z
|Jesse, Alex
|An overview
|Meeting with Mrs. Barakova and acquiring of the new NXT models.
|2
|1 hour each (= 2 hours total)
|[[Media:Tan,_Zheng_-_2013_-_Research_Advance_in_Swarm_Robotics.pdf]]
|-
|-
|Advanced swarm robots addressing innovative tasks such as assembly, search, rescue, mapping, communication, aerial and other original applications
|10-12-2015
|Richard Bloss
|Jesse, Guus, Chris, Alex
|A really short overview
|Building the new robots
|1
|4 hours each (= 16 hours total)
|[[Media:Advanced_swarm_robots_addressing_innovative_tasks_such_as_assembly,_search,_rescue,_mapping,_communication,_aerial_a.pdf]]
|-
|-
|Integrated multi-agent system framework: decentralised search, tasking and tracking
|12-12-2015
|He Z, Su R, Meng W, et. al.
|Guus
|Mostly for finding and tracking moving targets
|Setting up software and assisted on writing the code for [[search algorithm for the pathing]].
|1
|5 hours
|[[Media:He_et_al._-_2015_-_Integrated_multi-agent_system_framework_decentralised_search,_tasking_and_tracking.pdf]]
|-
|-
|Multiple targets enclosure by robotic swarm
|21-12-2015
|Kubo M, Sato H, Yoshimura T, et. al.
|Simon
|Paper claims it is useful for disaster sites, but I'm not sure why.
|Working on the simulation and the path updating
|2
|5 hours
|[[Media:Kubo_et_al._-_2014_-_Multiple_targets_enclosure_by_robotic_swarm.pdf]]
|-
|-
|Benchmark of swarm robotics distributed techniques in a search task
|22-12-2015
|Couceiro M, Vargas P, Rocha R, et. al.
|Guus
|Compairs different search algorithms for swarms
|Programming the new robots, using the [[useful forum links for programming]]
|3 or 4
|5 hours
|[[Media:Couceiro_et_al._-_2014_-_Benchmark_of_swarm_robotics_distributed_techniques_in_a_search_task.pdf]]
|-
|-
|29-12-2015
|Guus, Alex
|Programming the new robots, using the [[useful forum links for programming]]
|4 hours each (= 8 hours in total)
|-
|04-01-2016
|Alex, Jesse, Chris, Simon and Guus
|Worked on the live demo for the [[final scenario]] with the [[NXT Robots]] and on the [[simulation]]
|4 hours each (= 20 hours in total)
|-
|05-01-2016
|Alex, Jesse, Chris, Simon and Guus
|Worked on the live demo for the [[final scenario]] with the [[NXT Robots]] and on the [[simulation]]
|5 hours each (= 25 hours in total)
|-
|06-01-2016
|Alex, Jesse, Chris, Simon and Guus
|Worked on the live demo for the [[final scenario]] with the [[NXT Robots]] and on the [[simulation]]
|5 hours each (= 25 hours in total)
|-
|07-01-2016
|Alex, Jesse, Chris and Simon
|Worked on the live demo for the [[final scenario]] with the [[NXT Robots]] and on the [[simulation]]
|4 hours each (= 16 hours in total)
|-
|08-01-2016
|Alex, Jesse, Chris and Simon
|Worked on the live demo for the [[final scenario]] with the [[NXT Robots]] and on the [[simulation]]
|5 hours each (= 20 hours in total)
|-
|09-01-2016
|Alex, Jesse, Chris and Simon
|Worked on the live demo for the [[final scenario]] with the [[NXT Robots]] and on the [[simulation]]
|6 hours each (= 24 hours in total)
|-
|10-01-2016
|Alex, Jesse, Chris and Simon
|Worked on the live demo for the [[final scenario]] with the [[NXT Robots]] and on the [[simulation]]
|8 hours each (= 32 hours in total)
|-
|11-01-2016
|Simon
|Worked on getting a .gif file from the simulation
|1/2 hour
|-
|13-01-2016
|Guus
|Worked on the wiki
|4 hours
|-
|13-01-2016
|Alex
|Worked on the wiki
|2 hours
|-
|14-01-2016
|Simon
|Worked on gathering results from the simulation
|5 hours
|-
|15-01-2016
|Simon
|Worked on setting up the tools for plotting graphs from the simulation
|6 hours
|-
|16-01-2016
|Guus
|Worked on the wiki
|5 hours
|-
|16-01-2016
|Simon
|Worked on investigating the influence of different USE aspects on the efficiency of the rescue operation
|5 hours
|-
|17-01-2016
|Guus
|Worked on the wiki
|5 hours
|-
|17-01-2016
|Alex
|Worked on the wiki
|6 hours
|-
|17-01-2016
|Jesse
|Worked on the wiki
|4 hours
|-
|17-01-2016
|Simon
|Make graphs, analyse data and work on the wiki
|10 hours
|}
|}

Latest revision as of 04:03, 18 January 2016

Back to: PRE2015_2_Groep1

Date: Student(s): Task: Hours spend:
30-11-2015 Jesse, Alex, Simon and Guus Making a specific planning for the rest of the case and tried to find Harry van de Loo in order to ask about the availability of the mindstorm robots. 2 hours each (=8 hours total)
30-11-2015 Simon Working on the first simulation (top level) 3 hours
31-11-2015 Chris Working on simulation 3 hours
03-12-2015 Chris Working on simulation and literature research 4 hours
04-12-2015 Jesse, Alex, Guus Aquiring of the robot parts and the assembly of the robot swarm 5 hours each (=15 hours total)
05-12-2015 Simon Analysing the texts from [Liu B Chen P Wang G], [Qi G Song P Li K] and [Nicolis S Detrain C Demolin D Deneubourg J] to compose a swarm algorithm for the top level simulation. Also work on the simulation itself. 3 hours
06-12-2015 Jesse Finding out how the RCX 2.0 bricks can be programmed and write a first script to run on for the Lego Mindstorms Robots 4 hours
06-12-2015 Simon Working on the top level simulation 8 hours
06-12-2015 Alex Researching and describing the communication possibilities of the robots 5 hours
06-12-2015 Guus Worked on robot plus sofware involving the robots, only to find out that the robot i took home was defect. Also wrote the page about Windows emulator. 5 hours
09-12-2015 Jesse, Alex Meeting with Mrs. Barakova and acquiring of the new NXT models. 1 hour each (= 2 hours total)
10-12-2015 Jesse, Guus, Chris, Alex Building the new robots 4 hours each (= 16 hours total)
12-12-2015 Guus Setting up software and assisted on writing the code for search algorithm for the pathing. 5 hours
21-12-2015 Simon Working on the simulation and the path updating 5 hours
22-12-2015 Guus Programming the new robots, using the useful forum links for programming 5 hours
29-12-2015 Guus, Alex Programming the new robots, using the useful forum links for programming 4 hours each (= 8 hours in total)
04-01-2016 Alex, Jesse, Chris, Simon and Guus Worked on the live demo for the final scenario with the NXT Robots and on the simulation 4 hours each (= 20 hours in total)
05-01-2016 Alex, Jesse, Chris, Simon and Guus Worked on the live demo for the final scenario with the NXT Robots and on the simulation 5 hours each (= 25 hours in total)
06-01-2016 Alex, Jesse, Chris, Simon and Guus Worked on the live demo for the final scenario with the NXT Robots and on the simulation 5 hours each (= 25 hours in total)
07-01-2016 Alex, Jesse, Chris and Simon Worked on the live demo for the final scenario with the NXT Robots and on the simulation 4 hours each (= 16 hours in total)
08-01-2016 Alex, Jesse, Chris and Simon Worked on the live demo for the final scenario with the NXT Robots and on the simulation 5 hours each (= 20 hours in total)
09-01-2016 Alex, Jesse, Chris and Simon Worked on the live demo for the final scenario with the NXT Robots and on the simulation 6 hours each (= 24 hours in total)
10-01-2016 Alex, Jesse, Chris and Simon Worked on the live demo for the final scenario with the NXT Robots and on the simulation 8 hours each (= 32 hours in total)
11-01-2016 Simon Worked on getting a .gif file from the simulation 1/2 hour
13-01-2016 Guus Worked on the wiki 4 hours
13-01-2016 Alex Worked on the wiki 2 hours
14-01-2016 Simon Worked on gathering results from the simulation 5 hours
15-01-2016 Simon Worked on setting up the tools for plotting graphs from the simulation 6 hours
16-01-2016 Guus Worked on the wiki 5 hours
16-01-2016 Simon Worked on investigating the influence of different USE aspects on the efficiency of the rescue operation 5 hours
17-01-2016 Guus Worked on the wiki 5 hours
17-01-2016 Alex Worked on the wiki 6 hours
17-01-2016 Jesse Worked on the wiki 4 hours
17-01-2016 Simon Make graphs, analyse data and work on the wiki 10 hours
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