Assignments WS 2013/2014 - Revision history

Tomáš: /* Self-service gas station */

2013-12-23T16:45:52Z

‎Self-service gas station

Tomáš: /* Self-service gas station */

2013-12-23T16:45:34Z

‎Self-service gas station

Xdvob13 at 13:18, 23 December 2013

2013-12-23T13:18:34Z

Tomáš: /* General Behavior of Infections */

2013-12-21T13:41:53Z

‎General Behavior of Infections

Tomáš: /* Colonization / Sustainable fishery */

2013-12-21T13:34:27Z

‎Colonization / Sustainable fishery

Tomáš: /* Fertility and intelligence */

2013-12-21T13:29:04Z

‎Fertility and intelligence

Xvism00: /* General Behavior of Infections */

2013-12-17T17:51:03Z

‎General Behavior of Infections

Xvism00: /* General Behavior of Infections */

2013-12-17T17:50:18Z

‎General Behavior of Infections

Xvism00: /* General Behavior of Infections */

2013-12-17T17:49:21Z

‎General Behavior of Infections

Xpalj24 at 11:31, 17 December 2013

2013-12-17T11:31:27Z

← Older revision		Revision as of 16:45, 23 December 2013
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	--[[User:Xdvob13\|Xdvob13]] 14:18, 23 December 2013 (CET) Bohuslav Dvorský		--[[User:Xdvob13\|Xdvob13]] 14:18, 23 December 2013 (CET) Bohuslav Dvorský
−	:'''Approved''' - late submission (2 weeks): -10 points	+	:'''Approved''' - late submission (2 weeks): -10 points [[User:Tomáš\|Tomáš]] 17:45, 23 December 2013 (CET)

← Older revision		Revision as of 16:45, 23 December 2013
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	--[[User:Xdvob13\|Xdvob13]] 14:18, 23 December 2013 (CET) Bohuslav Dvorský		--[[User:Xdvob13\|Xdvob13]] 14:18, 23 December 2013 (CET) Bohuslav Dvorský
		+	:'''Approved''' - late submission (2 weeks): -10 points

← Older revision		Revision as of 13:18, 23 December 2013
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	xmalf00 Filip Malý [[User:Spiglnigl\|Spiglnigl]] 21:16, 11 December 2013 (CET)		xmalf00 Filip Malý [[User:Spiglnigl\|Spiglnigl]] 21:16, 11 December 2013 (CET)
	:Sounds good to me - '''approved''' [[User:Oleg.Svatos\|Oleg.Svatos]] 9:00, 12 December 2013 (CET)		:Sounds good to me - '''approved''' [[User:Oleg.Svatos\|Oleg.Svatos]] 9:00, 12 December 2013 (CET)
		+
		+	==Self-service gas station==
		+
		+	In Western countries becoming increasingly popular self-service gas stations - a station where is no staff, but only machine that after the payment distribute fuel or other goods like mix washed, distilled water etc…
		+	With my friend we were thinking about a similar concept in the Czech conditions and realistically began to explore the possibility of implementation of the business plan. We contacted fuel distributor, manufacturer that would provide us station infrastructure (fuel tank, tubes, software, fuel dispenser…), directorate for roads and highways, a construction company that would build asphalt road connector, many banks for best offer of cashless payment and business loan and more other institutes (detailed description in simulation documentation). So we got estimate price of everything we need for construction of self-service gas station including payment for permissions from different authorities. Thanks acquaintances of my friend, we also have actual data from the gas station standing on the same path where we would like to build our station. It is the Benzina gas station and we have data like average number of cars on the station, average liters of fuel tanked, ration of diesel, petrol and LPG. I think we have pretty much everything to do the math.
		+
		+	The aim of the simulation is to find a way and the conditions under which the project will be profitable. We now know that we cannot use the same values for „visiting rate“ as the Benzina gas station. Czech people usually disbelieve new things and ideas and classic gas station will be probably more comfortable for the most of people. Other problem is with credit card payment. Banks usually charge a fee for use of the services of at least 1.48% of the amount, which is unpleasant due to fact that average profit of one liter will be probably between 2-3 CZK. We would also like to explore the effect of using our own member-cards with pre-loaded credit. Again thanks to acquaintances of my friend we have data from Austrian self-service gas station so we know average ration for payment by cash, credit card, member card or sms payment. Another thing we can try is to sell other goods od provide additional services (mix washer, distilled water, compressor…) and the effect that this would have on our profits.
		+
		+	So what I am going to simulate? I will use SimProces to simulate this self-service gas station with different conditions/parameters and find out what conditions/parameters are profitable. So far the conditions/parameters are: number of fuel dispenser, number of fuel tanks, number of road connectors, price for petrol/diesel/lpg, customer visit ratio, average gas tanked, payment ratio, price for services, bank services fee, bank loan fee, price for electricity, price of refueling the tank and if offer lpg/other products..
		+
		+	--[[User:Xdvob13\|Xdvob13]] 14:18, 23 December 2013 (CET) Bohuslav Dvorský

@@ Line 265: / Line 265: @@
 Yes. There will be a map 1000x1000 with patch size 1. The area is quiet big, but I tried simulating it (I created map of this size with 10 000 agents with random movement) and it ran without problems. The simulation is only mean for obtaining data anyway. Graphs will be important...but if it is not acceptable anyway, I can simply do a heavy modification of existing virus-infection model. Meaning implementing long term and short term (how will infection affect next generations) and other variables, that I have mentioned. Also visibility (if people stay away from infected) and counter-measures by each individual and so on. That would be OK?
 --[[User:Xvism00|Xvism00]] 18:50, 17 December 2013 (CET)
 ==Heat recuperation==

← Older revision		Revision as of 13:34, 21 December 2013
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	::OK, second try: Sustainable Fisheries. I will create a two-dimensional model and analyze influence of different fishing strategies on fishing in this model (restrictions on the number of ships, fishing quotas, etc. ). In the analysis I will focus on the sustainability and comparison of long-term and short-term gains. [[User:Xpalj24\|Xpalj24]] 12:31, 17 December 2013 (CET)		::OK, second try: Sustainable Fisheries. I will create a two-dimensional model and analyze influence of different fishing strategies on fishing in this model (restrictions on the number of ships, fishing quotas, etc. ). In the analysis I will focus on the sustainability and comparison of long-term and short-term gains. [[User:Xpalj24\|Xpalj24]] 12:31, 17 December 2013 (CET)
		+	:::Sounds interesting, but I don't see that much sense in the two-dimensional model. It could be interesting as systems dynamics. [[User:Tomáš\|Tomáš]] 14:34, 21 December 2013 (CET)

	==Optimization of public transport (entrance and exit)==		==Optimization of public transport (entrance and exit)==

@@ Line 46: / Line 46: @@
 :::::I am not very happy about layers, because it would turn something, what is naturally continuous (IQ), into discreet layers if I understand it well. Please, could you explain in detail your example above with a low probability of coupling people with different IQ? I didn't get it and it could be a point. [[User:Tomáš|Tomáš]] 22:42, 15 December 2013 (CET)
 ::::::well, originally, I was thinking, that when determining the probability of two people becoming life partner I would also include the fact you mentioned above (people with high IQ usually don't meet stupid people in a way that thay could become life partner). Dunno how to better explain than the example above. Without it I would consider only e.g. characters or hobbies (abstract value, I don't want to introduce these values separately because then the assignment would exceed the complexity/size for the class) in the probability. With it I would consider the abstract value mentioned before + the probability of meeting certain sort of people would be included. I can include all these attributes in this one probability because this is not the point of the simulation (semanticaly), the point is the development of IQ/fert and if I decide the other stuff based on one group value or of 100 different values separately it really doesn't matter - the result should be the same. If you are not certainly sure about all this, please say stop, and I will try to figure out some other assignment, I don't want to come to the point, where you would tell me that you thought It would work differently after I implemented it. I was also thinking about implementing monte carlo alg. for http://www.pacman-vs-ghosts.net/ I just thought it would probably exceed the requirements of the course (and its Java, none of the programs used in the course). If you want, we can talk about it in person on Friday class. Vojtěch Zrůst, [[User:Xzruv00|Xzruv00]] 14:53, 16 December 2013 (CET)
 ==Fire evacuation simulation==

@@ Line 261: / Line 261: @@
 :If I understand your idea well, your will create a certain "map" where agents will be travelling...? I am afraid, it would mean pretty large simulation area. Theoretically it is doable, but NetLogo will struggle with it. Please, try to refine it somehow. [[User:Tomáš|Tomáš]] 22:14, 15 December 2013 (CET)
-Yes. There will be a map 1000x1000 with patch size 1. The area is quiet big, but I tried simulating it (I created map of this size with 10 000 agents with random movement) and it ran without problems. The simulation is only mean for obtaining data anyway. Graphs will be important...but if it is not acceptable anyway, I can simply do a heavy modification of existing virus-infection model. Meaning implementing long term and short term (how will infection affect next generations) and other variables, that I have mentioned. Also visibility (if people stay away from infected) and counter-measures by each individual.
+Yes. There will be a map 1000x1000 with patch size 1. The area is quiet big, but I tried simulating it (I created map of this size with 10 000 agents with random movement) and it ran without problems. The simulation is only mean for obtaining data anyway. Graphs will be important...but if it is not acceptable anyway, I can simply do a heavy modification of existing virus-infection model. Meaning implementing long term and short term (how will infection affect next generations) and other variables, that I have mentioned. Also visibility (if people stay away from infected) and counter-measures by each individual and so on. That would be OK?
 --[[User:Xvism00|Xvism00]] 18:50, 17 December 2013 (CET)

← Older revision		Revision as of 17:50, 17 December 2013
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	Yes. There will be a map 1000x1000 with patch size 1. The area is quiet big, but I tried simulating it (I created map of this size with 10 000 agents with random movement) and it ran without problems. The simulation is only mean for obtaining data anyway. Graphs will be important...but if it is not acceptable anyway, I can simply do a heavy modification of existing virus-infection model. Meaning implementing long term and short term (how will infection affect next generations) and other variables, that I have mentioned. Also visibility (if people stay away from infected) and counter-measures by each individual.		Yes. There will be a map 1000x1000 with patch size 1. The area is quiet big, but I tried simulating it (I created map of this size with 10 000 agents with random movement) and it ran without problems. The simulation is only mean for obtaining data anyway. Graphs will be important...but if it is not acceptable anyway, I can simply do a heavy modification of existing virus-infection model. Meaning implementing long term and short term (how will infection affect next generations) and other variables, that I have mentioned. Also visibility (if people stay away from infected) and counter-measures by each individual.
		+	--[[User:Xvism00\|Xvism00]] 18:50, 17 December 2013 (CET)

	==Heat recuperation==		==Heat recuperation==

← Older revision		Revision as of 17:49, 17 December 2013
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	:If I understand your idea well, your will create a certain "map" where agents will be travelling...? I am afraid, it would mean pretty large simulation area. Theoretically it is doable, but NetLogo will struggle with it. Please, try to refine it somehow. [[User:Tomáš\|Tomáš]] 22:14, 15 December 2013 (CET)		:If I understand your idea well, your will create a certain "map" where agents will be travelling...? I am afraid, it would mean pretty large simulation area. Theoretically it is doable, but NetLogo will struggle with it. Please, try to refine it somehow. [[User:Tomáš\|Tomáš]] 22:14, 15 December 2013 (CET)
		+
		+	Yes. There will be a map 1000x1000 with patch size 1. The area is quiet big, but I tried simulating it (I created map of this size with 10 000 agents with random movement) and it ran without problems. The simulation is only mean for obtaining data anyway. Graphs will be important...but if it is not acceptable anyway, I can simply do a heavy modification of existing virus-infection model. Meaning implementing long term and short term (how will infection affect next generations) and other variables, that I have mentioned. Also visibility (if people stay away from infected) and counter-measures by each individual.

	==Heat recuperation==		==Heat recuperation==

@@ Line 191: / Line 191: @@
 :Sounds good. Relevant theory behind should be explained in the research paper (in order to be able comprehend and evaluate the model). '''Approved'''. [[User:Tomáš|Tomáš]] 23:28, 11 December 2013 (CET)
-==Colonization ==
+==<s>Colonization</s> / Sustainable fishery==
 A simulation of colonization of previously uninhabited territory.
@@ Line 200: / Line 200: @@
 [[User:Xpalj24|xpalj24]] 22:06, 10 December 2013 (CET)
 :This is not a very good assignment. It would be either totally unrealistic or terribly complex. Even the problem how to generate a "believable" territory isn't that simple. And your agent would need to be really smart. I am afraid, you would be unhappy with it. Please, if you insist on it, try to find a particular problem and redefine the assignment or simply try to find something else. [[User:Tomáš|Tomáš]] 23:32, 11 December 2013 (CET)
 ==Optimization of public transport (entrance and exit)==