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Namn: Anahita Baninajjar Datum för disputation: 11 juni 2026 Titel på avhandling: Towards Trustworthy Machine Learning in High-Stakes Decision Making My PhD focuses on understanding and improving the trustworthiness of machine learning models in high-stakes applications like healthcare. Modern AI systems can achieve impressive accuracy, but they can still fail in unexpected ways, leak sensitive in

https://www.eit.lth.se/artikel/anahita-baninajjar-att-forsta-och-forbattra-palitlig-ai - 2026-07-23

Namn: Masoud Nouripayam Datum för disputation: 21 november 2025 Titel på avhandling: Near-Memory Computing Architectures for Scalable Edge AI Applications Energy, efficiency, and environmental impact are among the most critical concerns guiding every step of technological advancement. Artificial intelligence is expanding into nearly every aspect of daily life and requires access to and processing

https://www.eit.lth.se/artikel/masoud-nouripayam-narminnesberakningar-att-oka-prestandan-hos-ai-hardvara - 2026-07-23

Namn: Ashkan Sheikhi Tid för disputation: 19 september 2025 Titel på avhandling: Scaling massive MIMO with imperfect transceivers It has been more than two decades since we passed the point when the majority of earth's population connected to the internet and gained full access to mobile communications. The number of connected devices, however, has been constantly and rapidly growing due to the em

https://www.eit.lth.se/artikel/ashkan-sheiki-skalbarheten-hos-tradlosa-system-5g-och-uppat - 2026-07-23

Namn: Vu Nguyen Tid för disputation: 12 juni 2025 Titel på avhandling: Code-based Cryptography: Attacking and Constructing Cryptographic Systems In today’s interconnected digital world, cryptography is an essential and indispensable tool underpinning crucial aspects of secure communication, online banking, digital transactions, anonymity, data integrity, and so on. Imagine all of the above (nice)

https://www.eit.lth.se/artikel/vu-nguyen-kodbaserad-kryptografi - 2026-07-23

Namn: Dino Pjanic Tid för disputation: 5 juni 2025 Titel på avhandling: Moving towards cognitive radio access networks: transforming MIMO complexities into opportunities. The introduction of advanced antenna systems marked a pivotal advancement, employing Multiple-Input Multiple-Output (MIMO) technology. These systems opened new avenues for understanding channel characteristics. An apt analogy for

https://www.eit.lth.se/artikel/dino-pjanic-fran-komplexiteter-till-mojligheter-i-mobil-kommunikation - 2026-07-23

Namn: Syafiq Al Atiiq Tid för disputation: 16 maj 2025 Titel på avhandling: Principles and Solutions for Improved Availability and Code Vulnerability Detection My research explored the following question: how do we ensure our system remains available when facing attacks or failures?I focus on three areas. First, I've developed protocols for Internet of Things (IoT) devices, shielding these resourc

https://www.eit.lth.se/artikel/syafiq-al-atiiq-forsakran-att-system-fungerar-aven-under-attack - 2026-07-23

Namn: Joakim Brorsson Tid för disputation: 7 mars 2025 Titel på avhandling: On the Trustworthiness of Trusted Third Parties Much of the security of today’s IT-systems depend on trusting central points. For example, the secure connection your browser makes when visiting a webpage is guaranteed in part by a central party which certifies the legitimacy of web pages. If such a central party fails in i

https://www.eit.lth.se/artikel/joakim-brorsson-om-betrodda-tredje-parter - 2026-07-23

Namn: Ben Nel Tid för disputation: 14 februari 2025 Titel på avhandling: Performance Limits for Microstrip Patch Antennas This thesis explores the fundamental limits of a particular class of antennas called microstrip patch antennas, revealing how well they can perform under certain design constraints. Microstrip patch antennas are widely used for their versatility and compact design. Much like mu

https://www.eit.lth.se/artikel/ben-nel-forbattring-av-microstrip-patch-antenner - 2026-07-23

Namn: Guoda Tian Tid för disputation: 18 november 2024 Titel på avhandling: Navigating the future - Machine learning for wireless sensing and localization My research topic is the application of machine learning algorithms to wireless sensing and localization to improve system performance. My thesis covers three main areas: ML(machine learning)-based channel estimation, ML-based wireless sensing,

https://www.eit.lth.se/artikel/guoda-tian-maskininlarning-tradlosa-natverk - 2026-07-23

Namn: Mohammad Attari Tid för disputation: 11 november 2024 Titel på avhandling: Application Specific Instruction-set Processors for Massive MIMO Systems It is easy to forget that digital processors form the substrate on which most of the amazing technological advances we enjoy today are built upon. The way we communicate nowadays is no exception. The cellphone you hold in your hand is a powerhous

https://www.eit.lth.se/artikel/mohammad-attari-skraddarsydda-processorer-massive-mimo - 2026-07-23

From Midsummer onwards, things will be fairly quiet at CEE. We’ll be starting the autumn term again on Monday 17 August. The first autumn courses begin at the end of August. Check our calendar for the registration deadline for each course!

https://www.cee.lth.se/en/article/summer-break - 2026-07-23

Please use the links to see our current course range:Pedagogical coursesDocent or Readership CourseFaculty-wide PhD coursesInformation about LTH's Pedagogical Academy and ETP

https://www.cee.lth.se/en/article/registration-our-autumn-courses-now-open - 2026-07-23

How can we think about the changes that generative AI brings and how it affects our society and our education? In a seminar series with four workshops, we focus on different perspectives on generative AI. Invited speakers will help us to highlight, discuss and understand the challenges and opportunities we face.Language: Hybrid. Some speakers will speak Swedish and other English, but participants

https://www.cee.lth.se/en/article/ai-society-and-higher-education-seminar-series - 2026-07-23

Name: Denis Nabokov Date of disputation: June 12, 2026 Title of thesis: Secure on Paper: Attacking Post-Quantum Cryptography in Practice With the threat of a large quantum computer that might appear in a foreseeable future, the classical cryptography and the currently used algorithms designed to secure the communication can no longer be considered safe. Therefore, new algorithms were proposed and

https://www.eit.lth.se/en/article/denis-nabokov-assessing-security-post-quantum-cryptography - 2026-07-23

Name: Anahita Baninajjar Date for disputation: 11 juni 2026 Title of thesis: Towards Trustworthy Machine Learning in High-Stakes Decision Making My PhD focuses on understanding and improving the trustworthiness of machine learning models in high-stakes applications like healthcare. Modern AI systems can achieve impressive accuracy, but they can still fail in unexpected ways, leak sensitive informa

https://www.eit.lth.se/en/article/anahita-baninajjar-understanding-and-improving-reliable-ai - 2026-07-23

Name: Masoud Nouripayam Date for disputation: November 21, 2025 Title of thesis: Near-Memory Computing Architectures for Scalable Edge AI Applications Energy, efficiency, and environmental impact are among the most critical concerns guiding every step of technological advancement. Artificial intelligence is expanding into nearly every aspect of daily life and requires access to and processing of h

https://www.eit.lth.se/en/article/masoud-nouripayam-near-memory-computing-architectures-future-ai-devices - 2026-07-23

Name: Ashkan Sheikhi Time for disputation: September 19, 2025 Title of thesis: Scaling massive MIMO with imperfect transceivers It has been more than two decades since we passed the point when the majority of earth's population connected to the internet and gained full access to mobile communications. The number of connected devices, however, has been constantly and rapidly growing due to the emer

https://www.eit.lth.se/en/article/ashkan-sheiki-scalability-wireless-systems-5g-and-beyond - 2026-07-23

Name: Vu Nguyen Time of disputation: June 12, 2025 Title of thesis: Code-based Cryptography: Attacking and Constructing Cryptographic Systems In today’s interconnected digital world, cryptography is an essential and indispensable tool underpinning crucial aspects of secure communication, online banking, digital transactions, anonymity, data integrity, and so on. Imagine all of the above (nice) thi

https://www.eit.lth.se/en/article/vu-nguyen-code-based-cryptography - 2026-07-23

Name: Dino Pjanic Time for disputation: Juni 5, 2025 Title of thesis: Moving towards cognitive radio access networks: transforming MIMO complexities into opportunities. The introduction of advanced antenna systems marked a pivotal advancement, employing Multiple-Input Multiple-Output (MIMO) technology. These systems opened new avenues for understanding channel characteristics. An apt analogy for t

https://www.eit.lth.se/en/article/dino-pjanic-complexities-opportunities-mobile-communications - 2026-07-23

Name: Syafiq Al Atiiq Time for disputation: 16 maj 2025 Title of thesis: Principles and Solutions for Improved Availability and Code Vulnerability Detection My research explored the following question: how do we ensure our system remains available when facing attacks or failures?I focus on three areas. First, I've developed protocols for Internet of Things (IoT) devices, shielding these resource-l

https://www.eit.lth.se/en/article/syafiq-al-atiiq-ensuring-systems-work-during-attacks - 2026-07-23