Category Archives: research

brain

GUERILLA BEEHIVE [digital fabrication]

The story behind the concept
The project ‘Guerilla Beehives’can have an exemplary meaning for the audience if it comes to the public perception sustainability. It is a collaboration between the arts, design and science.
This is the end of the anthropocene. We imagine an ecosystem where all actors collaborate to keep up the resilience of the system. As artists, gardeners, makers and thinkers, we collaborate with animals, plants, insects and bacteria. Continue reading

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STREAMING SET UP [sound beehive]

For many years now, I have been creating experimental set-ups using sustainable beehives that have been augmented with camera’s, microphones, sensors and sensory processing algorithms to analyse the state of the colony, the quality of pollen and the behavior of the bees. These “Intelligent Beehives” are progressively linked in a European- wide network and the data is being made available online.
 Continue reading

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DIAGRAM OF THE SOUND BEEHIVE

We have been developing a monitoring device that is based upon the continuous monitoring of the colony’s buzz: a non-intrusive scanning device for controlling the colony’s health & development. We also have been adding video monitoring (outside and inside), which gives us a full spectrum of possibilities for colony monitoring and environmental surveillance.
As bio indicators, honeybees provide us with a constant stream of information on the environment (urban, countryside) on which they forage (activity, pollen, nectar). Diseases like colony collapse disorder and environmental problems like the use of pesticides could be analysed in a different way by monitoring and analysing the daily activity (audio, video) of several bee colonies over multiple years.

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In our test station in Brussels city center, we have 2 beehives equipped with off the shelf-technology for monitoring bee activity at the landing platform (2 x video, outside and inside) and for monitoring the health and development of the colony by sound recordings of its activity (8 x audio, inside). The test station also hosts 4 non tech. equipped beehives which are usefull to make observations at the flighthole/landing platform and to compare these findings with the results of the digitally monitored hives.

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HARDWARE AUDIO

Vincent was preparing the audio for the sound beehive: 4 electrets microphones and 4 piezo microphones with preamps mounted in the rooftop of the Warré beehive. We’ve put the charger for the preamps a couple of meters away from the hive, to avoid all EMF and to be as less intrusive as possible.
Our initial intention is to install the Asus computer (with debian) and a Mackie mixing panel. Later we decide to swap that setup for a more performative one: an 8 channel Prosonus soundcard, the Asus with Debian for recording and sending the files over the network to a NAS (network attached storage) hard disk.
We will record 4 times 3 minutes an hour, every :00, :15, :30 and :45. The 8-channel files will be archived via the computer & network on the NAS, the computer then compiles the .wav files into a stero mp3 and a selection of the most recent files will be streamed to the OKNO server for broadcast.

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Vincent is installing the Prosunus soundcard and the Asus/Linus computer. He wrote a script to record every 15 minutes 3 minutes of sound on 8 channels. This makes 12 minutes on 8 channels per hour. The recorded files are send to the NAS (storage HD) in my studio. The last 8 files are compiled into a stereo mp3 and uploaded on the Okno server as a playlist. We are now testing the system during a few days, before the bees arrive.

The bash script makes it possible to manage the recordings from a distance, online. Which canals, how many times, etc… everything is modular. But the goal is to automate the system once we are sure about the perfect setup.
The bash scrip at server-side controls the recordings on regular intervals, the bash-script on client side synchronises the playlist of the last 30 minutes of recordings. There is also an online archive that can be consulted.
The computer needs to be powerful enough to record 8 channels simultenuously, and as well compile into mp3 format and stream the playlist.
Cables, connectors, piezo’s and electrets: all the connectors to the preamps are located in the roof, above the upper box. Thje multicable (8 microphones!) is 10 meters long and comes out of the opening at the side of the rooftop. The length of the cable is of no importance thanks to the preamps in the rooftop. Everything is water resistant.
All technology in the hive is on DC, so there is no EMF danger for the bees.
The electrets microphones are also located in the rooftop, as such the bees won’t cover them with propolis. The cinch connectors are located on the topbars of the highest box (no other possibility) – hopefully the bees will not damage them with propolis.

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SETTING UP THE SOUND LAB

I decide to do another bee-sound-experiment. The fist one I did was in 2012 with the Transparent Beehive. Then, the focus was on exhibiting in realtime the sound of the colony. During talks and presentations I was making observations and linking them to the amplified sounds made by the bees.
This time I want to do it differently. I will record at regular intervals the hum of the colony and analyse it thoroughly afterwards. I also want to link the sounds with the environmental sensor data (temp, humidity, solar radiation) in the surroundings of the apiary, with the sensor data inside the beehive (temperature, humidity and vibration of the comb) as well with video images in- and outside the beehive.
For this setup, I will collaborate with Vincent Malstaf (sound engineer), Balthazar de Tonnac (computer scientist), Bob Motté (electronica engineer) and Bart de Boer (computer scientist Artificial Intelligence, complex systems, bio-acoustics).
The Raspberry technology offers us a not too expensive solution to build out a suitable lab-setup for this research. The data will be available on the opensensordata website. Continue reading

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ETHOLOGY

Ethology is the scientific and objective study of animal behaviour, and is a sub-topic of zoology. The focus of ethology is on animal behaviour under natural conditions, as opposed to behaviourism, which focuses on behavioural response studies in a laboratory setting.
Many naturalists have studied aspects of animal behaviour throughout history. The modern discipline of ethology is generally considered to have begun during the 1930s with the work of Dutch biologist Nikolaas Tinbergen and by Austrian biologists Konrad Lorenz and Karl von Frisch, joint winners of the 1973 Nobel Prize in Physiology or Medicine. Ethology is a combination of laboratory and field science, with a strong relation to some other disciplines such as neuroanatomy, ecology, and evolution.
http://en.wikipedia.org/wiki/Ethology

flightroutes+bees

With the Sound Beehive experiment, we have been building a laboratory to study the development of the colony through its own sounds. The buzz of a colony and its behaviour and conditions are quite related. It is possible to know if a hive is queenless or if an important amount of nectar has been collected simply by listening to it.
For this experiment we follow a systemic approach to raise understanding of the characteristics of the colony through relationships with its environment, through patterns discovered in the collected audio, video and sensor data, and through contextual observations. We study the bees as a re-generating network of actors (autopoiesis), all of them contributing to the organisation and well functioning of the colony, the super organism.
Specific hardware and software is developed in order to continually monitor the sounds on different spots in the beehive.
We upload our annotated video and audio data for public viewing in our opensource videodatabase pandora. All corresponding sensor data are publicly available on opensensordata.net. The information archive grows as more audiovisual observations and more sensordata are added over time.

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GUERILLA BEEHIVES

Further development: a bio degradable organic hive design and biosensors powered by sustainable energy to develop a beehive that is at the one hand a sensor of the environment (pollution, nectar, pollen analyses) and at the other hand a non-intrusive bee monitoring system (in times of Colony Collapse Disorder). Continue reading

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GROWING INTELLIGENT BEEHIVES

Growing intelligent beehives is a long term project, from mycelium and recycled waste straight into the final guerilla beehive shape. The purpose is to populate Brussels city with a network of intelligent guerilla beehives. These are beehives that offer shelter to a bee colony ‘in the wild’ – bee populations that are not domesticated but that are monitored from a distance in a non-intrusive way while they are collecting information about the urban environment.
The system is set up as a fully organic, cradle to cradle, circle. If the bees decide to leave the hive in search for another home, the hive (with integrated electronics) will bio-degrade and compost completely. Continue reading

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GROWING FOOD FOR THE HUNGRY CITY: IS IT STILL ART?

More and more people are living in the cities. We have to search for new modes of sustainable living, new ways of food production. Re-examine the link between the city as consumer and the countryside as provider. In this context, we are researching how to make a network of intensively cultivated city rooftopgardens where we can grow our own food for the neighbourhood.
Besides the food-function, the UrbanArtFarm is set up as our open air laboratorium. In this project, we want to blend the natural and the digital in one and the same nature. We study and document how to set up a middle sized rooftopgarden (± 700 m2), all with recycled materials. Continue reading

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METHODS FOR CREATING ECOLOGICAL CORRIDORS

Ecological corridors rely partly on methods of urban agriculture, guerilla gardening, ecological management and social anthropology. Corridors can also make good use of avant-garde technologies, so that such projects become experiments on the edges of art, science and technology: Embedded systems, novel sensors, low energy computing and sensor networks are useful for monitoring soil quality, plant growth processes, animal activity, pollution and the movement and interaction of people within the local environment. Mobile communication and geoinformatics are useful for aggregating sensory data and projecting them in real time onto maps. Complex systems analysis, cloud computing, and machine learning are useful for detecting patterns to allow prediction and the shaping of ongoing social and biological processes. And novel user interfaces are needed to make embedded technologies accessible and usable without requiring sophisticated background or training.

corridor-map

gardens participating in the case study

  • edible rooftop garden / so-on
  • urban ArtFarm / so-on
  • thurn&taxis
  • kaaitheater
  • okno
  • gemeentehuis molenbeek
  • libanese garagehouder
  • semaphore asbl – péniche Jean Bart / pierre renault

corridors as a social sculpture

  • social sculpture ref. Beuys: The idea being that every decision you make should be thought out and attempt to make or contribute to a work of art which in the end is society. This point of view invites followers to humble themselves by realizing that they are an important part of a whole not only an individual. (link with the honeybee colony)
  • corridors as a social sculpture ⇒ community, bottom up (the social, cultural and political function and potential of art) occupy public space
  • potential of art to bring about revolutionary change (Beuys) transformation (metaphore = honey)
  • participating gardens ⇒ active creative expressions of the participating inhabitants, communities, neighborhoods
  • social awareness raising : human activity that strives to (re)structure and (re)shape society and the environment
  • knowledger building of cities as complex ecosystems