Talk:PRE2015 4 Groep5

Log

Previous meetings

• 18-04-2016 Course introductory
  • Formed groups
  • Came up with a lot of concepts
  • Decided final concept
• 21-04-2016 First meeting with group.
  • Digged info about Seaweed.
  • Prepared the presentation for week 2.
  • Ate seaweed
  • Individual Accomplishments
    • Neph
      • Wiki
      • Powerpoint
    • Nina
      • Benefits
      • Maritime Robitcs
    • Stijn
      • Environmental aspects
    • Jochem
      • USE aspects
    • Arduin
      • Roadmap
      • Agenda
      • Types of deliverables
      • Possible applications

Tasks

Individual

• Chairman (Arduin)
  • Is the chairman at meeting and creates the agenda for the meetings (there are only plenary meetings, so they will not be chaired)
• Secretary (Jochem)
  • Is responsible for the minutes of the meetings
• Sourceman (Stijn)
  • Finds extra info or extra sources and supporting information for a statement
• Wiki&Drive maintenance (Nina & Nephtaly)
  • Will maintain the organisation and cleanness of the wiki(talk)page as well as the organisation in the drive

Weekly

18-04-2016: (tabel) All, search info, for next meeting

21-04-2016:

Ideas

• Eat seaweed
• Visit a seaweed restaurant
  • Interview the chef about the possiblities of seaweed
  • TASTE IT!!!

Talk

General talk

• IoT, Big Data
• mariculture (combination Seafarm and seadrones)

Nina's talk

S133140 Hoi even een testje (zonder timestamp)

S133140 15:20, 21 April 2016 (UTC) En nu een test met timestamp

Nephtaly's talk

• Lammelle idee om het op te halen en te knippen en te klemmen [< vormig
• secundaire lijn
• trosjes in basis-station
• Zie aantekeningen en/of foto's

USE

• E:Big New Innovation
• S:Overpopulation call for new solutions
  • feed seaweed to:
    • humans
    • animal stock. (better for climate change, no deforestation)

Definitions

• Aquaculture = argiculture in water
• Mariculture = aquaculture in the sea

The USE aspects: The first users of the farming-robots are the farm-owners. They would not have employees anymore, but they would have robots. The farm-owners would use the robots to set and harvest the seaweed. The secondary users are the store-owners who sell the seaweed. The production costs are lower for product that are made with autonomic robots, so the store-owners can make more profit. Also the food industry is a secondary user which use the seaweed to make other food. The third users are the people who would eat the seaweed. Seaweed farming has several advantages for the society, but compared to normal food industry it has not the main disadvantages of (land) agriculture. The advantages of mari-culture compared to normal agriculture are: there is enough space for a sea-farm. Deforestation to make more space is not necessary for mari-culture. Sea-farms do not cause soil salinity and sea-farms do not need a crop rotation or a yearly greenfield land because the ocean flow serves enough nutrition to farm continue. An advantage of sea-farming is that it will benefit the ocean’s biosphere. The areas where fish cannot live , the dead zones, will disappear. The robots could also check the state of the ocean. Enterprise: It becomes harder and harder to feed the growing population with only agriculture. A good solution for this is use the oceans for food production. Sea-farming is the future. Autonomic robots are also the future. A combination of these two aspect is interesting for companies. The production is relative cheap compared to agriculture. And because is the future there might be food shortage, so new ways of food production are necessary. And if the farms are located in international waters the farmers do not comply to a lot of rules, thus food production will be easier.

Editing help

• Markup cheatsheet
• Manual of Style
• A signature can be made by inserting

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• A signature with timestamp can be made by inserting

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