Search results for "älytekniikka"

showing 10 items of 62 documents

Predictive pumping based on sensor data and weather forecast

2019

In energy production, peat extraction has a significant role in Finland. However, protection of nature has become more and more important globally. How do we solve this conflict of interests respecting both views? In peat production, one important phase is to drain peat bog so that peat production becomes available. This means that we have control over how we can lead water away from peat bog to nature without water contamination with solid and other harmful substances. In this paper we describe a novel method how fouling of water bodies from peat bog can be controlled more efficiently by using weather forecast to predict rainfall and thus, minimize the effluents to nature. peerReviewed

0209 industrial biotechnologyInternet of thingsPeat0208 environmental biotechnologyWeather forecastingopen data02 engineering and technologycomputer.software_genrevesistöjen säännöstely020901 industrial engineering & automationLead (geology)Extraction (military)esineiden internetWater pollutionEffluentavoin tietota218turvetuotantota113Foulingta213Environmental engineeringhallintajärjestelmätsäänennustus020801 environmental engineeringWater resourcesälytekniikkaEnvironmental sciencecomputerrain predictionpredictive control
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Patented intelligence: Cloning human decision models for Industry 4.0

2018

Industry 4.0 is a trend related to smart factories, which are cyber-physical spaces populated and controlled by the collective intelligence for the autonomous and highly flexible manufacturing purposes. Artificial Intelligence (AI) embedded into various planning, production, and management processes in Industry 4.0 must take the initiative and responsibility for making necessary real-time decisions in many cases. In this paper, we suggest the Pi-Mind technology as a compromise between completely human-expert-driven decision-making and AI-driven decision-making. Pi-Mind enables capturing, cloning and patenting essential parameters of the decision models from a particular human expert making …

0209 industrial biotechnologyKnowledge managementIndustry 4.0Computer sciencecognitive modelsCompromisemedia_common.quotation_subjectpäätöksentekoCognitive computingRationality02 engineering and technologyIndustrial and Manufacturing Engineeringcyber-physical system020901 industrial engineering & automation0202 electrical engineering electronic engineering information engineeringontologyindustry 4.0preferencevalue systemmedia_commonta113cloneta214Cloning (programming)business.industryCollective intelligencecollective intelligencedecision-makingPi-Mindsmart decisiontietämysjärjestelmätpatented intelligenceHardware and ArchitectureControl and Systems Engineeringteollisuusautomaatioälytekniikkavalmistustekniikka020201 artificial intelligence & image processingjoukkoälyHuman cloningbusinessDecision modelSoftwareJournal of Manufacturing Systems
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Types of Mimetics for the Design of Intelligent Technologies

2019

Mimetic design means using a source in the natural or artificial worlds as an inspiration for technological solutions. It is based around the abstraction of the relevant operating principles in a source domain. This means that one must be able to identify the correct level of analysis and extract the relevant patterns. How this should be done is based on the type of source. From a mimetic perspective, if the design goal is intelligent technology, an obvious source of inspiration is human information processing, which we have called cognitive mimetics. This article offers some conceptual clarification on the nature of cognitive mimetics by contrasting it with biomimetics in the context of in…

0209 industrial biotechnologydesign mimeticsComputer scienceContext (language use)02 engineering and technologyOntology (information science)tekoälyDomain (software engineering)intelligent technology020901 industrial engineering & automationHuman–computer interactionDesign mimeticsdesign methods0202 electrical engineering electronic engineering information engineeringDesign methodsAbstraction (linguistics)Intelligent technologyInformation processingCognitionDesign methodssuunnitteluAImimesisälytekniikka020201 artificial intelligence & image processingBiomimetics
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A Framework for a Smart City Design : Digital Transformation in the Helsinki Smart City

2019

Recently, there has been substantial interest in the concept of a smart city, as it has been a viable solution to the dilemmas created by the urbanization of cities. Digital technologies—such as Internet-of-Things, artificial intelligence, big data, and geospatial technologies—are closely associated with the concept of a smart city. By means of modern digital technologies, cities aim to optimize their performance and services. Further, cities actively endorse modern digital technologies to foster digitalization and the emergence of data-based innovations and a knowledge economy. In this paper, a framework for a smart city design is presented. The framework considers a smart city from the pe…

Architectural engineeringGeospatial analysiskaupungitBig dataopen datacomputer.software_genrestakeholdersSmart cityUrbanizationsidosryhmätdigitalisaatioavoin tietobusiness.industrytechnology experimentationsKnowledge economyCorporate governanceDigital transformationdigitaalitekniikkasmart cityComputerSystemsOrganization_MISCELLANEOUSSustainabilitystrateginen suunnitteluälytekniikkaBusinessjulkinen hallintodigital technologystrategycomputer
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Cloning and training collective intelligence with generative adversarial networks

2021

Industry 4.0 and highly automated critical infrastructure can be seen as cyber‐physical‐social systems controlled by the Collective Intelligence. Such systems are essential for the functioning of the society and economy. On one hand, they have flexible infrastructure of heterogeneous systems and assets. On the other hand, they are social systems, which include collaborating humans and artificial decision makers. Such (human plus machine) resources must be pre‐trained to perform their mission with high efficiency. Both human and machine learning approaches must be bridged to enable such training. The importance of these systems requires the anticipation of the potential and previously unknow…

Cognitive scienceTechnological innovations. AutomationCloning (programming)Computer scienceHD45-45.2Collective intelligenceManufacturestekoälyTraining (civil)Industrial and Manufacturing EngineeringTS1-2301Computer Science ApplicationsAdversarial systemkoneoppiminenArtificial IntelligenceHardware and Architectureautomaatiojärjestelmätihminen-konejärjestelmätälytekniikkaGenerative grammarIET Collaborative Intelligent Manufacturing
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Artificial Intelligence in Protecting Smart Building’s Cloud Service Infrastructure from Cyberattacks

2020

Gathering and utilizing stored data is gaining popularity and has become a crucial component of smart building infrastructure. The data collected can be stored, for example, into private, public, or hybrid cloud service infrastructure or distributed service by utilizing data platforms. The stored data can be used when implementing services, such as building automation (BAS). Cloud services, IoT sensors, and data platforms can face several kinds of cybersecurity attack vectors such as adversarial, AI-based, DoS/DDoS, insider attacks. If a perpetrator can penetrate the defenses of a data platform, she can cause significant harm to the system. For example, the perpetrator can disrupt a buildin…

Computer scienceDenial-of-service attackCloud computingComputerApplications_COMPUTERSINOTHERSYSTEMStekoälyComputer securitycomputer.software_genreInsiderpilvipalvelutälytalotComponent (UML)cloud servicetietoturvakyberturvallisuusBuilding automationbusiness.industryattack vectorsartificial intelligencePopularityartificial-intelligence-based applicationsHeating systemälytekniikkabusinessdata platformCloud storagecomputerverkkohyökkäykset
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Human digital twins and cognitive mimetic

2021

Digital twins – digital models of technical systems and processes – have recently been introduced to work with complex industrial processes. Yet should such models concern only physical objects (as definitions of them often imply), or should users and other human beings also be included? Models that include people have been called human digital twins (HDTs); they facilitate more accurate analyses of technologies in practical use. The cognitive mimetic approach can be used to describe human interactions with technologies. This approach analyses human information processes such as perceiving and thinking to mimic how people process information in order to design intelligent technologies. The …

Computer scienceihmisen ja tietokoneen vuorovaikutus05 social sciencesTechnical systemsHuman factors integrationCognitionHuman-systems integration02 engineering and technologytekoälyDigital twinsCognitive mimeticAction (philosophy)Human–computer interactionAIihminen-konejärjestelmät0202 electrical engineering electronic engineering information engineeringOntologyälytekniikkaProcess information020201 artificial intelligence & image processing0509 other social sciences050904 information & library sciences
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Cognitive Mimetics for Designing Intelligent Technologies

2018

Design mimetics is an important method of creation in technology design. Here, we review design mimetics as a plausible approach to address the problem of how to design generally intelligent technology. We argue that design mimetics can be conceptually divided into three levels based on the source of imitation. Biomimetics focuses on the structural similarities between systems in nature and technical solutions for solving design problems. In robotics, the sensory-motor systems of humans and animals are a source of design solutions. At the highest level, we introduce the concept of cognitive mimetics, in which the source for imitation is human information processing. We review and discuss so…

Computer sciencemedia_common.quotation_subjectdesigningInteraction designlcsh:QA75.5-76.95050105 experimental psychology03 medical and health sciences0302 clinical medicineHuman–computer interactioncognitive mimetics0501 psychology and cognitive sciencesPattern matchingjäljittelymedia_commonDesign technologybusiness.industry05 social sciencesInformation processingRoboticsCognitionHuman-Computer Interactionintelligent technologiessuunnittelumimesiskognitiivinen jäljittelyälytekniikkalcsh:Electronic computers. Computer scienceArtificial intelligenceBiomimeticsbusinessImitation030217 neurology & neurosurgery
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Managing sensor data streams in a smart home application

2020

A challenge in developing an ambient activity recognition system for use in elder care is finding a balance between the sophistication of the system and a cost structure that fits within the budgets of public and private sector healthcare organisations. Much activity recognition research in the context of elder care is based on dense networks of sensors and advanced methods, such as supervised machine learning algorithms. This paper presents the data processing aspects of an activity recognition system based on a simpler, knowledge-based unsupervised approach, designed for a sparse network of sensors. By structuring sensor data management as a streaming system, we provide a simple programmi…

Computer sciencesmart homeComputer Networks and CommunicationsData managementsensor data streamskotihoitoContext (language use)sensor data processing02 engineering and technology01 natural sciencesActivity recognitionwireless sensor networkHome automationälytalotpassive infrared sensor0202 electrical engineering electronic engineering information engineeringactivity recognitionanturitElectrical and Electronic EngineeringgeroteknologiaData stream miningbusiness.industry010401 analytical chemistryPublic sectorsensoriverkothealthcare020206 networking & telecommunicationsData sciencesensor data managementWSNsensor data0104 chemical sciencesComputer Science ApplicationsPIRControl and Systems EngineeringProgramming paradigmälytekniikkabusinesshome careWireless sensor networkInternational Journal of Sensor Networks
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Countering Adversarial Inference Evasion Attacks Towards ML-Based Smart Lock in Cyber-Physical System Context

2021

Machine Learning (ML) has been taking significant evolutionary steps and provided sophisticated means in developing novel and smart, up-to-date applications. However, the development has also brought new types of hazards into the daylight that can have even destructive consequences required to be addressed. Evasion attacks are among the most utilized attacks that can be generated in adversarial settings during the system operation. In assumption, ML environment is benign, but in reality, perpetrators may exploit vulnerabilities to conduct these gradient-free or gradient-based malicious adversarial inference attacks towards cyber-physical systems (CPS), such as smart buildings. Evasion attac…

ExploitComputer sciencebusiness.industryCyber-physical systemevasion attacksEvasion (network security)Context (language use)Adversarial machine learningComputer securitycomputer.software_genreadversarial machine learningdefensive mechanismscyber-physical systemAdversarial systemSmart lockkoneoppiminenälytekniikkabusinesskyberturvallisuuscomputerverkkohyökkäyksetBuilding automation
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