Essays about: "automatisering"

Showing result 31 - 35 of 255 essays containing the word automatisering.

  1. 31. APT : Automateed Padel Trainer

    University essay from KTH/Skolan för industriell teknik och management (ITM)

    Author : Rikard Landfeldt; Niklas Lejon; [2023]
    Keywords : Mechatronics; Padel; Ball launcher; nodeMCU; IoT; Mekatronik; Padel; Bollmaskin; nodeMCU; IoT;

    Abstract : The purpose of this project was to build an automated padel ball launcher, with specific objectives set at the beginning. The launcher needed to be accurate enough to allow for repetitive practice, automated to function as a practical tool, and include remote control for ease of use. READ MORE

  3. 32. Automating Deployments of Trusted Execution Environments

    University essay from KTH/Skolan för elektroteknik och datavetenskap (EECS)

    Author : Gidófalvy Gordon Zsolt; [2023]
    Keywords : hardware TEE; Intel SGX; AMD SEV; SEV-SNP; automation; configuration management; Ansible; scripting; OS dependency management; automation tooling; system tooling; system administration; hardware TEE; Intel SGX; AMD SEV; SEV-SNP; automatisering; konfigurationshantering; Ansible; skript; hantering av OS-beroenden; verktyg för automatisering; systemverktyg; systemverktyg; systemadministration; hardware TEE; Intel SGX; AMD SEV; SEV-SNP; automatisering; konfigurationshantering; Ansible; skript; hantering av OS-beroenden; verktyg för automatisering; systemverktyg; systemverktyg; systemadministration;

    Abstract : Hardware-based TEEs (Trusted Execution Environments) are gaining adoption and becoming more prevalent in today’s computing landscape. In a cloud-native world, where everything runs on ephemeral compute, having the luxury of experts setting up computation environments before running a workload is no longer a possibility. READ MORE

  4. 33. Optimizing the role allocation process in warehouses : Digitalization of the daily rostering process by integrating AI and IoT technologies

    University essay from KTH/Skolan för industriell teknik och management (ITM)

    Author : Serban-Andrei Hoitan; [2023]
    Keywords : Industry 4.0; Industry 5.0; Daily Rostering; Digitization; Warehouse; Logistics Industry; AI; IoT; ML; Industri 4.0; Industri 5.0; Daglig planering; Digitalisering; Lager; Logistik Industri; AI; IoT; ML;

    Abstract : The logistics industry is one of the most important industries, being an important component of a company's activities. In recent years, the industry has gone through a large number of changes. These had the purpose of making the processes more efficient in order to reduce costs or to increase the degree of competitiveness. READ MORE

  5. 34. A Feasibility Study of Automated Quality Control and Component Handling in a Plastic Flange Deformation Process

    University essay from Blekinge Tekniska Högskola/Institutionen för maskinteknik

    Author : Jakob Nilsson; Isak Olofsson; [2023]
    Keywords : Automation; Plastic Flange Deformation; Quality control; Design Research Methodology; Analytical Hierarchy Process; Automatisering; Kragning; Kvalitetskontroll; Design Research Methodology; Analytical Hierarchy Process;

    Abstract : Due to the global energy crisis there is a vast increase in demand for heat exchangers that reduces the energy consumption during energy transfer between mediums. The current manufacturing process for brazed heat exchangers at the world leading man-ufacturer, Alfa Laval, involves a partial assembly process called Plastic Flange Defor-mation (PFD). READ MORE

  6. 35. Impact of the autoencoder-based FINTA tractogram filtering method on brain networks in subjects with Mild Cognitive Impairment

    University essay from KTH/Skolan för kemi, bioteknologi och hälsa (CBH)

    Author : Teodor Pstrusiński; [2023]
    Keywords : Tractography; Autoencoder; diffusion MRI; Filtering; Graph; Connectome; Traktografi; Autoencoder; diffusions MRT; Filtrering; Graf; Konnektom;

    Abstract : Diffusion Magnetic Resonance Imaging (dMRI) is a method for measuring molecular diffusion in biological tissue microstructure. This information can be used to predict the location and orientation of white matter fibers in the brain, a process known as tractography. READ MORE