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// Portfolio by { Nazli Kok
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CON TENTS
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{ Heart Rate-driven Responses
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Dissertation Thesis UCL Bartlett
SoundCumulus
Graduation Project İzmir University of Economics
Image Processing Kınect XBOX Workshop UCL Bartlett
Digital Grass
Interactive Installation Victoria& Albert Museum
Demystify
Ardunio Workshop UCL Bartlett
Weave-able Cellular Automata Digital Studio UCL Bartlett
Hospital Facade Professional Work İzmir
}
Rate-driven Responses 6
to on the creation of unconscious communication between machine
as being able to transfer continuous different users. Interaction, the matter need to predicate on fully engaged ds the idea of ‘Being acquainted with tep that initiates the interaction’.
rts, the responses of people starts on too; the reason why, every human own. This uniqueness has redounded ery behaviour of human acts.
both sides should react and respond ality. This is how two living being do ion, which only comes from one side is to provide customised counterpart ecause the biological data which is ique and identical features of him/her, ed with these data, the conversation Therefore, the aim of this thesis is bution of personalised reactions with te-driven, in communication.
a means to an end. In this direction, sting of a number of people with cts have been set up. This thesis mes of experiments, which provide an an designed, interactive module, reactions of this object, as a response
the thing that it comes from human oes something, the sequence of his/ re unique and unpredictable. These han the others. The biological data of major data base of all these features. urements is important to impact the he limitless differentiation in this data erceivable within a sudden changes, t rate of a human is the fastest change itions and the largest data flow. Any aviour of the beat range immediately. riable that provide identification of the art range. So that, the mechanism will eart rate driven responses to human. cing by creating potential, observing are whether supporting or opposing
an and machine, if the responses of which is biological info of a participant,
ent conditions shows that a common has a heart rate-driven responses, the cted by human. It has been observed articipants have kept communicating wever, for those other conditions that ism with a distance sensor, show that with the machine even it is still being
roves the determined results; while the info from human him/her self the way it reacts, the conversation comes sustainable. In the contrary and machine is getting weak in every
ween participant and the module distances between participant and the module ta under normal conditions beat data under normal conditions ta inheart condition S110 beat data in condition S110 ta inheart condition M110 M110 20 heart 21 22beat 23data 24 in 25condition 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 between participant and the module data under normal conditions data in condition S110 data in condition M110 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40
time sec. 1
2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 time sec. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40
pulse rate BPM per min.
pulse rate BPM per min. time sec. 1E 2 3 4 112 112 108 pulse rate 108 104 BPM per min. 104 100 100 E 96112 96 92108 92 88
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Heart Rate-driven Responses Msc Adaptive Architecture& Computation Bartlett Graduate Studies 2012-2013
Heart Rate-driven Responses
The manifesto on the creation of unconscious communication between human and machine.
The manifesto on the understood creation as of being unconscious Interactivity is currently able to transfer continuous and two-way i nformahuman and machine tion between different users. Interaction, the Interactivity is currently understood as being able to transfer continuous matter of fact, which is shared, does not need and two-way information between different users. Interaction, the matter of fact, which is shared, does need to predicate on fully engaged to predicate onnotfully engaged relationship. This relationship. This approach, defends the idea of ‘Being acquainted with approach, defends the idea of 'Being acquainted something or someone is the first step that initiates the interaction’. with or someone the Whenever something the first interaction starts, the responses of is people starts first step that differentiating from person to person too; the reason why, every human initiates the interaction'. being has unique identity on his/her own. This uniqueness has redounded on his/her interaction as well as every behaviour of human acts. To make an interaction uniquefirst itself; both sides should react and respondstarts, the reWhenever the interaction with their own identity and personality. This is how two living being do when they communicate. only comes from one side sponses of Contribution, peoplewhichstarts differentiatin g from is not enough. The purpose in here is to provide customised counterpart responses fromto a machine too. Because the biological which is why, every huperson person too; the data reason heart rate of a person is the most unique and identical features of him/her, man being has isunique identity if the behaviour of the machine fed with these data, the conversationon his/her own. between them gain a meaning. Therefore, the aim of this thesis is This hasof personalised redounded investigateuniqueness and observe the contribution reactions on with his/her interthe biological data which is heart rate-driven, in communication. action as well as every behaviour of human acts. For this investigation, the object is a means to an end. In this direction, a number of experiments, consisting of a number of people with computational strategies of objects have been set up. This thesis describes and analyses the outcomes of experiments, which provide such an interaction between human an designed, interactive module, with personalising and customising reactions of this object, as a response to human behaviour. The thing that is human-specific is the thing that it comes from human him/herself. The way that he/she does something, the sequence of his/ her moves or a simple choices are unique and unpredictable. These features make someone different than the others. The biological data of a person is a numeric reflection and major data base of all these features. The idea of using biometric measurements is important to impact the awareness of existence. Among the limitless differentiation in this data base, the heart rate is the most perceivable within a sudden changes, sensible and sensitive too. The heart rate of a human is the fastest change info according to the existing conditions and the largest data flow. Any feeling changes reflects on the behaviour of the beat range immediately. That is the reason why, the major variable that provide identification of the human on the machine mind, is heart range. So that, the mechanism will be able to act through and have heart rate driven responses to human. The aim of this thesis is experiencing by creating potential, observing circumstances and conditions that are whether supporting or opposing the idea of; ‘‘During a conversation between man and machine, if the responses of machine is fed with heart rate data which is biological info of a participant, the conversation gets improved.’’ In conclusion, the analysed experiment conditions shows that a common results in final. The conditions which has a heart rate-driven responses, the module is both effecting and is effected by human. It has been observed that, in some certain conditions, participants have kept communicating with machine still after awhile. However, for those other conditions that just consists the interactive mechanism with a distance sensor, show that
communication betw
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Image Processing
Kinect XBOX-Workshop at UCL Bartlett 2012 Ruairi Glynn
This workshop has an aim to explore the ability of devices which are directly use the raw data input and react as a real time responses such as KinectXBOX.. Project explores human curiosity of exploring the space. Users wipe projected surface by body movement and reveal their own reflection including the reflection of environment. The reflection is memorized and for few seconds delayed camera view so users are challenged and curious to explore the space as it overlaps views simultaneously and creates collage.
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Victoria& Albert Mu
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Digital Grass
Interactive Insatallation exhibited& awarded in useum 2013 and Urban Prototyping London Fest 2013 collaborating with Ivana Petrusevski, Deyan Nenov,Khaled ElAsry, Catherina Cornu Digital Grass project explores relations and levels of connectivity of urban spaces. The project employs the use of several digital probes, or units that will ideally be deployed within specific locations of the chosen plot. To fulfill their goal the devices are designed as units of 'digital grass' that reacts on people attention and interaction and translates their message throughout a network of similar units. The device will respond to human touch byregistering the natural capacitive load that all people are charged with and will transmit this signal through a technology based on mobile connections every device is supplied with a SIM card and talks to all the other in the network.
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arduino
Microcontroller kit is a brain of non-living objects that makes it think. It is a decision making mechanism. As a microcontroller kit, Arduino uno is used to make the installation individual from the computer and be able to mobile when needed. The advantages of Arduino is that; it is an open source platform that can sense the environment by receiving inputs from sensors.Input, the collected data is processed via Arduino after being sensed.
batteries
To be able to make the object independent from a computer power, the external power supply is used. As every equipment is visible in the design, power supplies are located to the top part of the object as possible to be seen.
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Weave-able Cellular Automata Digital Studio UCL Bartlett 2013
This project has an aim of turning a simple algorithm to an interactive installation and creating a process -able art which procures to enhance one's work such as open source continuously.
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1D 3CELLs
if
mycell[i][j-1]=1 mycell[i][j]=1
fill(255) white
mycell[i][j-1]=0 mycell[i][j]=0
fill(0) black
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2D 8CELLs (i-1, j-1)
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(i-1, j+1) (i, j+1)
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Demystify
Ardunio Workshop UCL Bartlett 2013 Kinda Al Sayed& Ruairi Glynn collaborating with Rom K H, Eva Liu, Ling Tan As the digital technologies of today have become increasingly miniaturized, complex, and ubiquitous, understanding the mechanisms that drive them has become ever more difficult. The initial aim of this workshop was to demystify the secret circuits and hidden systems within everyday technologies. Sensors, microcontrollers and actuators were introduced to students as tools to fearlessly experiment and play with. Once a fundamental understanding of these tools was established, the design brief was to re-mystify these technologies inspired by the legends and archetypes of world mythology. Using such raw materials as graphite, custom built electronic circuits and code, aim is to explore the relationship between digital and material practices in building responsive environments.
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arduino
Microcontrollerkitisabrainofnon-livingobjectsthatmakesitthink.Itisadecisionmakingmechanism.Asamicrocontrollerkit,Arduinounoisusedtomaketheinstalationindividualfromthecomputerandbeabletomobile whenneededT. headvantagesofArduinoisthat;itisanopensourceplatformthatcansensetheenvironment byreceivinginputsfromsensors.Input,thecollecteddataisprocessedviaArduinoafterbeingsensed. Sensorisanorganofnon-livingmodules.Theyarethemechanismthatbringsthingstobeing.Iftheobjectis interactive,thatmeansitshouldhavesomemechanismthatcansenseasthenameimplies;sensors.Forthis instalationssonicrangefinderisaneyeoftheobjectthatis designedforsensing.
sonicrangefinder
Aservomotorisarotaryactuator.Mostly,controlstheangularpositionsbut,withdesignedmechanism,itcould controlledwiththepushanpulmovement.Itrequiresacontrollersasabrainthatconductthemotions.Itconsists oftwopart,gearboxinsideandanouterpartthatrotateswiththemomentumofthegearbox Tobeabletomaketheobjectindependentfromacomputerpower,theexternalpowersupplyisused.Aseveryequipmentisvisibleinthedesign,powersuppliesarelocatedtothetoppartoftheobjectaspossibletobeseen.
servomotor
batteries