You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
[Undergraduate] EEM 435 Fundamentals of Robotics [TR]
150
+
151
+
</span>
152
+
</div>
153
+
154
+
<divclass="col-md-1">
155
+
<pclass="dahaKalin"></p>
156
+
</div>
157
+
<divclass="col-md-11">
158
+
<spanclass="kalin">
159
+
<ahref="https://ubys.medeniyet.edu.tr/AIS/OutcomeBasedLearning/Home/CourseDetail?&isElectiveCourse=true&isIntegratedCourse=false&courseId=!xBBx!iKXPPvH7lN1orlYInCuYA!xGGx!!xGGx!&curriculumId=FzFPe!xBBx!LiIweveicHQuKLsg!xGGx!!xGGx!&apid=BRFzKWf6Mm6VK!xBBx!U1fZlWeA!xGGx!!xGGx!&eqd=10602&progName=M%C3%BChendislik%20ve%20Do%C4%9Fa%20Bilimleri%20Fak%C3%BCltesi%20Dekanl%C4%B1%C4%9F%C4%B1%20-%20Elektrik%20-%20Elektronik%20M%C3%BChendisli%C4%9Fi%20B%C3%B6l%C3%BCm%20Ba%C5%9Fkanl%C4%B1%C4%9F%C4%B1%20/%20Elektrik-Elektronik%20M%C3%BChendisli%C4%9Fi&culture=en-US" class="papercite_doi" title="EEM 363 Digital System Design">
<h4class="duyuru-baslik">[Paper] Two FRL Papers Presented at SIU 2025</h4>
222
+
223
+
<pclass="duyuru-aciklama">
224
+
Two research papers from the Field Robotics Laboratory were presented at the
225
+
<strong>33rd Signal Processing and Communications Applications Conference (SIU 2025)</strong>.
226
+
227
+
<br><br>
228
+
<strong>1) FPGA-based Customizable IP Core for Kalman Filter</strong><br>
229
+
Authors: Gürkan Sağırlı, Haluk Bayram<br>
230
+
This study introduces a flexible and fully parametric FPGA-based Kalman Filter IP core designed for real-time applications.
231
+
The design includes VHDL-based submodules for matrix multiplication, inversion, and arithmetic operations, enabling the filter to be adapted to any system model.
232
+
Read the article <ahref="https://ieeexplore.ieee.org/abstract/document/11112308">here.</a><br>
This paper presents a real-time RRT-based navigation framework for autonomous vehicles operating in complex off-road terrains.
238
+
Environmental perception is achieved using an adaptive clustering algorithm to detect obstacles, which are then integrated into the motion planning stage.
239
+
The effectiveness of this multi-component approach, which integrates environmental perception, positioning, and path planning, has been evaluated across various off-road scenarios.
240
+
Read the article <ahref="https://ieeexplore.ieee.org/abstract/document/11111745">here.</a><br>
241
+
242
+
<br><br>
243
+
Congratulations to all authors for their contributions and successful presentations at SIU 2025!
<h4class="duyuru-baslik">[Patent] Thermal Stratification–Based Decision Support System for Water Withdrawal</h4>
277
+
<pclass="duyuru-aciklama">
278
+
We are pleased to announce the granting of the patent
279
+
<strong>“Su Temin Edilen Kaynaklardan Su Çekilmesi için Termal Tabakalaşmaya Dayanan Karar-Destek Sistemi”</strong>,
280
+
developed by Elif Soyer, Haluk Bayram, Onur Eren, and Nalan Canıgeniş (TR Patent 2023-GE-909,306).<br><br>
281
+
282
+
This invention introduces an intelligent decision-support system that determines the optimal withdrawal depth in drinking water reservoirs by analyzing the thermal stratification profile of the water source.<br><br>
<h4class="duyuru-baslik">[Paper] "Focus" Paper Published in Science Robotics</h4>
315
+
<pclass="duyuru-aciklama">Our Focus paper, "AI-driven Aerial Robots Advance Whale Research", authored by H. Bayram, has been published in Science Robotics (Vol. 9, No. 95, eadt1955). This paper highlights the critical role of aerial robotic systems in wildlife monitoring, with a special emphasis on marine ecosystems.
316
+
317
+
<br><br>
318
+
Read the article <ahref="https://www.science.org/doi/10.1126/scirobotics.adt1955">here.</a>
<h4class="duyuru-baslik">[Paper] "Focus" Paper Published in Science Robotics</h4>
190
328
<pclass="duyuru-aciklama">Our Focus paper, "AI-driven Aerial Robots Advance Whale Research", authored by H. Bayram, has been published in Science Robotics (Vol. 9, No. 95, eadt1955). This paper highlights the critical role of aerial robotic systems in wildlife monitoring, with a special emphasis on marine ecosystems.
191
329
192
330
<br><br>
193
-
Read the article <ahref="https://www.science.org/doi/10.1126/scirobotics.adt1955">here</a>
331
+
Read the article <ahref="https://www.science.org/doi/10.1126/scirobotics.adt1955">here.</a>
<h4class="duyuru-baslik">[Paper] Our Paper in the Journal of Field Robotics</h4>
327
-
<pclass="duyuru-aciklama">Our most recent research paper, "Particle filter-based aerial tracking for moving targets," authored by M. Koray Yılmaz and H. Bayram, is now available in the distinguished Journal of Field Robotics (Volume 40, Pages 368–392). Dive into the full article to explore our work on the aerial tracking of moving targets: Read the full article <ahref="https://onlinelibrary.wiley.com/doi/abs/10.1002/rob.22134">here</a>. A special congratulations to Koray on the success of his inaugural academic paper! Well done!
465
+
<pclass="duyuru-aciklama">Our most recent research paper, "Particle filter-based aerial tracking for moving targets," authored by M. Koray Yılmaz and H. Bayram, is now available in the distinguished Journal of Field Robotics (Volume 40, Pages 368–392). Dive into the full article to explore our work on the aerial tracking of moving targets: Read the full article <ahref="https://onlinelibrary.wiley.com/doi/abs/10.1002/rob.22134">here.</a>. A special congratulations to Koray on the success of his inaugural academic paper! Well done!
328
466
329
467
For a captivating visual overview, check out the video summary of our paper at <ahref="https://www.youtube.com/watch?v=YbAGAKiWfsY">this link</a>. Stay tuned for more updates and insights from our ongoing research endeavors!</p>
0 commit comments