Preliminary Research and Documentation

heThe following research and documentation is meant to get this project started. Please consider this a work in progress. Significant work is needed to move this project forward.

Requirements

 A software application that can use AI and ML to learn and user behavior in the seapod and store them in a database. The following are the specifications:

Lifestyle Preferences

Each resident has a basic set of lifestyle preferences. The following are examples of these preferences:

 

Lighting

• StructureLighting in each room
• Turning on and Material -turning Naturaloff coralslights automatically at a set time (for example, lights in the balcony are madeturned on at 7:00 p.m. and turned off at 11:00 p.m.)
• Use facial recognition and keep lights on in room
• Color of calciumlight carbonate- (limestone).white, Weyellow, needother

 

Water

• Temperature of water in the kitchen
• Temperature of water in the shower
• Temperature of drinking water - normal and cold

 

Groceries and Medication

• Scan and store grocery data in the refrigerator
• Scan and store medication data

 

Reminders

• Allow a user to investigateset ifup wereminders canfor printpersonal usingevery calciumday, carbonateevery week, every month tasks.
• Bill payment reminder and otherpayment materialssystem
that

are

 

are

Personal sturdyVisitors

• Allow a user to enter details of family and eco-friendly.friends The- structurethis mustis beneeded sturdyfor enoughthe system to withstandalert underwaterthese currentsvisitors andin impactcase byof bigan fish. The coloring must look natural.emergency.
• Inside the structure - The structuresystem needs to haveget chambersthe orvisitors' crevicesapproval thatbefore fish can use to hide from predators. Or make itstoring their home. Fish love that. When designing the structure, we need to ensure that there is enough natural lighting in the crevices. Also we need to investigate if we can add artificial lighting and maybe even a camera to study polyps and other marine life.
• Rooting the structure - Natural corals tend to grow roots and grow into the in the ocean bed. The 3D printed coral must have a rooting structure that can be drilled into the ocean floor. This will make the overall structure sturdy enough to withstand under water currents and impact by big fish.details.

 

FigureThe 3above -list Coralis reefa installationbasic lifestyle preference list. Contributors can brainstorm and add more preferences to this list.

 

ReferencesStoring Data

InUser 1997behavior is constantly logged and updated in a central database. At regular intervals, a resident can view activity and make changes when needed. This data can be accessed by the first Saya de Malha expedition was conductedresident by Wolfusing Hilbertz,an Thomasauthentication Goreau,method.

Kai

 

Hilbertz

Purging  andData

Caroline

A Mekie.user Duelifestyle preference data is personal data. A user may choose to completely purge data at any time.

 

Resetting Data

When a resident moves out of a seapod, the system automatically resets user lifestyle preferences to default settings. When new residents moves in, they can customize their lifestyle preferences.

 

Restoring Data

The use lifestyle preference data package is stored on a central database. When a user moves to a new sea pod, these preferences can be applied by the resident to the distancenew andseapod.

cost of getting there, only 1.5 days could be spent on site on the North Bank. Several dives were conducted, about 1.5 hours of underwater video was taken documenting the fauna and flora, and a small Biorock™ coral nursery was constructed, powered by a single floating solar panel. The area was found to be dominated by seagrasses, but small coral reefs were found with a very high diversity of coral and fish species.

 

Surprisingly these reefs were not dominated by any one group of corals, as is typical of most Indian Ocean reefs. Instead the coral populations consisted of small numbers of many different groups of corals, widely distributed. The larger corals were mostly rounded heads of Porites, or clumps of columnar Heliopora or Millepora, with smaller corals of many kinds around them. Many corals were observed to be loosely attached to the bottom, and many were being attacked by boring sponges, by several distinct coral diseases, or had algae overgrowing their edges. 

Detailed information is available in the Saya de Malha Expedition (2002) report. 

Also See 

Dr. 

David Vaughan at the Mote Laboratory is growing coral 40 times faster than in the wild. The lab takes a coral that is about as big as a golf ball and cut it into 20 to 100 micro-fragments. Each fragment grows back in a few months. Detailed information and links are available in the Micro-Fragmenting report.