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Alexandru-George BERCIU Email Alexandru.Berciu@campus.utcluj.ro 1 Alexandru-George BERCIU Email Alexandru.Berciu@campus.utcluj.ro Web https://users.utcluj.ro/~alexandruberciu Social Media linkedin https://www.linkedin.com/in/alexandruberciu/ Telephone mobile 40 740137999 ro home
Bld. 1 Decembrie 1918 nr. 128 apt. 156 Cluj-Napoca ro 400326
ro 1998-10-22 male rum <p>Îmi place să mă descriu ca fiind o persoană punctuală, îndrăzneață și organizată. Ca voluntar în mai multe organizații, am avut ocazia să-mi dezvolt abilitățile de lucru în echipă și cele de comunicare, precum și interesul pentru îmbunătățirea continuă. De asemenea, fiind reprezentantul studenților pentru anul meu de studii, am învățat multe despre cum să ascult nevoile celor din jurul meu, cum să îi ajut și am câștigat calități de lider.</p><p><br></p><p>Pe perioada studiilor universitare am aprofundat cunoștințele despre MATLAB <span style="background-color: rgb(255, 255, 255); color: rgb(51, 51, 51);">și </span>Python. Sunt pasionat de domeniile inteligenței artificiale și al utilizării realității augmentate pentru îmbunătățirea calității vieții persoanelor.</p><p><br></p><p>În timpul liber îmi place să cânt la trompetă.</p> RENERGIA
Cluj-Napoca ro
Coordonator în domeniul dezvoltării inteligenței artificiale 2024-04 true <ol><li data-list="bullet"><span class="ql-ui"></span>Stabilirea funcționalităților bazate pe inteligența artificială (IA) care urmează să fie integrate în aplicația RENERGIA;</li><li data-list="bullet"><span class="ql-ui"></span>Asigurarea siguranței în utilizarea IA și protecția datelor;</li><li data-list="bullet"><span class="ql-ui"></span>Proiectarea și dezvoltarea unor module concept pentru a fi ulterior integrate în aplicația mobilă RENERGIA.</li></ol> Cluj-Napoca ro Facultatea de ܳٴdzپă și Calculatoare - Universitatea Tehnică din Cluj-Napoca
Cluj-Napoca ro
Web https://aut.utcluj.ro/ P Asistent universitar 2024-02-26 true <ol><li data-list="bullet"><span class="ql-ui"></span>Îndrumarea studenților și acordarea de ajutor pentru realizarea lucrărilor de laborator;</li><li data-list="bullet"><span class="ql-ui"></span>Participarea la activitățile Departamentului de ܳٴdzپă: organizarea de conferințe (AQTR, ICSTCC), pregătirea examenului de admitere.</li></ol> Cluj-Napoca ro ܳٴdzپă Filiala Studențească IEEE Cluj
Cluj-Napoca ro
Web https://edu.ieee.org/ro-utcluj/ Email sb.ieee@staff.utcluj.ro ʰș徱Գٱ 2024-02-14 true <ol><li data-list="bullet"><span class="ql-ui"></span>Coordonarea membrilor în vederea realizării obiectivelor propuse în Planul anual al Filialei Studențești;</li><li data-list="bullet"><span class="ql-ui"></span>Dezvoltarea și întreținerea <a href="https://edu.ieee.org/ro-utcluj/" rel="noopener noreferrer" target="_blank">sie-ului</a> și a <a href="https://www.facebook.com/IEEE.SB.TUCN" rel="noopener noreferrer" target="_blank">paginii</a> de Facebook a Filialei Studențești.</li></ol><p><br></p> Cluj-Napoca ro Grupul de cercetare în Metode de Control Avansate a Proceselor (ADAPTED)
Cluj-Napoca ro
Web https://control.utcluj.ro/projects/optimdrug/ P Asistent de cercetare 2023-08-01 true <ol><li data-list="bullet"><span class="ql-ui"></span>Implicarea în proiectul de cercetare ”Centre of Excellence in Computer-Assisted Systems for Drug Dosing Control and Optimisation” și îndeplinirea sarcinilor primite conform fișei postului.</li></ol> Cluj-Napoca ro Centrul de Cercetare în Tranziție Energetică (EnTReC)
Cluj-Napoca ro
Web https://entrec.utcluj.ro/ M Inginer de cercetare 2022-02-28 true <ol><li data-list="bullet"><span class="ql-ui"></span>Dezvoltarea algoritmilor de prognoză pentru consumul de energie electrică în cadrul proiectului de cercetare RE-COGNITION, finanțat prin programul Horizon 2020;</li><li data-list="bullet"><span class="ql-ui"></span>Dezvoltarea unei aplicații de management și control al energiei în clădirile publice folosind inteligența artificială, în cadrul proiectului DO IT SMARTer - finanțat prin fonduri norvegiene.</li></ol> Cluj-Napoca ro Facultatea de ܳٴdzپă și Calculatoare - Universitatea Tehnică din Cluj-Napoca
Cluj-Napoca ro
Cadru didactic asociat 2021-09-26 2024-02-25 false <ol><li data-list="bullet"><span class="ql-ui"></span>Elaborarea unui memorator al lucrărilor de laborator de la disciplina Ingineria Reglării Automate;</li><li data-list="bullet"><span class="ql-ui"></span>Îndrumarea studenților și acordarea de ajutor pentru realizarea lucrărilor de laborator.</li></ol> Cluj-Napoca ro Grupul de cercetare în Metode de Control Avansate a Proceselor (ADAPTED)
Cluj-Napoca ro
Web https://control.utcluj.ro/ M Inginer de cercetare 2020-01-05 2023-07-31 false <ol><li data-list="bullet"><span class="ql-ui"></span>Dezvoltarea unei aplicații bazate pe Deep Learning pentru identificarea prezenței cancerului colorectal în urma analizei rezultatelor numerice și a imaginilor după colonoscopie;</li><li data-list="bullet"><span class="ql-ui"></span>Dezvoltarea unei aplicații bazate pe realitatea augmentată pentru administrarea adecvată a dozelor de medicamente;</li><li data-list="bullet"><span class="ql-ui"></span>Administrarea <a href="https://control.utcluj.ro/" rel="noopener noreferrer" target="_blank">site-ului web</a> al grupului de cercetare ”Metode de Control Avansate a Proceselor”, utilizând platforma WordPress.</li></ol> Cluj-Napoca ro Comisia Europeană
Bruxelles be
Young Observer 2023-04-11 2023-06-20 false <ol><li data-list="bullet"><span class="ql-ui"></span>Am participat din poziția de Young Observer în cadrul unui apel de evaluare a unor proiecte din domeniul Agriculturii care iși propuneau să digitalizeze acest domeniu cu ajutorul finanțării obținute prin programul Horizon Europe;</li><li data-list="bullet"><span class="ql-ui"></span>Am avut onoarea să colaborez cu alți 3 studenți europeni pentru a învăța procedura de evaluare a propunerilor de proiecte și modul de organizare al acestei proceduri.</li></ol> Bruxelles be RENERGIA
Cluj-Napoca ro
Inginer în domeniul inteligenței artificiale 2023-02 2023-04 false <ol><li data-list="bullet"><span class="ql-ui"></span>Dezvoltarea unui algoritm inovator bazat pe inteligență artificială pentru îmbunătățirea eficienței energetice a gospodăriilor;</li><li data-list="bullet"><span class="ql-ui"></span>Crearea unui ecosistem digital pentru a îmbunătăți tranziția energetică în sectorul rezidențial.</li></ol> Cluj-Napoca ro Universitatea din Ghent
Ghent be
Cercetător stagiar 2023-01-17 2023-03-11 false <ol><li data-list="bullet"><span class="ql-ui"></span>Am ajutat echipa de implementare a proiectului de cercetare AMICAS finanțat de ERC prin propunerea și implementarea unor soluții inovative de detecție a informațiilor din imagini.</li></ol> Ghent be ART TU Cluj-Napoca / Formula Student Team
Bulevardul Muncii nr. 103-105 Cluj-Napoca ro 400641
Web https://arttu-formulastudent.ro/ C Manager proiect 2020-08-11 2022-09-30 false <ul><li>Gestionarea rapoartelor și documentației necesare;</li><li>Analiza și gestionarea riscului proiectului;</li><li>Monitorizarea progresului.</li></ul> Cluj-Napoca ro Management Filiala Studențească IEEE Cluj
Cluj-Napoca ro
Web https://edu.ieee.org/ro-utcluj/ Email sb.ieee@staff.utcluj.ro P Vice preseședinte 2020-02-02 2022-01-15 false <ol><li data-list="bullet" class="ql-align-justify"><span class="ql-ui"></span>Organizarea noii filiale studențești;</li><li data-list="bullet" class="ql-align-justify"><span class="ql-ui"></span>Atragerea de sponsori pentru a sprijini activitățile filialei studențești;</li><li data-list="bullet" class="ql-align-justify"><span class="ql-ui"></span>Coordonarea membrilor pentru realizarea obiectivelor propuse în actul constitutiv.</li></ol> Cluj-Napoca ro Laboratorul de Cercetare în Metode Numerice - Universitatea Tehnică din Cluj-Napoca
Cluj-Napoca ro
Web https://lcmn.utcluj.ro J Student cercetător 2019-10-07 2022-02-28 false <ul><li>Dezvoltarea algoritmilor de prognoză pentru consumul de energie electrică;</li><li>Dezvoltarea algoritmilor pentru determinarea consumului mediu de energie electrică;</li><li>Administrarea <a href="https://lcmn.utcluj.ro/" rel="noopener noreferrer" target="_blank">site-ului web</a> al Laboratorului de Cercetare în Metode Numerice, utilizând platforma WordPress.</li></ul> Cluj-Napoca ro Electrotehnică și Măsurări Guvernul României
Bucharest ro
Web https://mfinante.gov.ro/ro/web/site J Intern 2019-07-15 2019-09-12 false <ul><li>Mi-am dezvoltat abilitățile de lucru în echipă prin implicarea în Simularea Ședinței de Guvern, unde am ocupat funcția de Ministru al finanțelor publice, reprezentându-mi cu succes toți colegii interni din Ministerul Finanțelor Publice și Agenția Națională de Administrare Fiscală;</li><li>Am studiat certificatele de calitate ISO și modalitatea de întocmire a unui Acord la nivel de serviciu.</li></ul> Bucharest ro Centrul Național pentru Informații Financiare - Ministerul Finanțelor Publice SC Romania Hypermarche SA
Cluj-Napoca ro
Casier hipermarket 2015-06-30 2015-08-30 false <ul><li class="ql-align-justify">A trebuit să scanez produsele cumpărate de clienți și să încasez suma aferentă;</li><li class="ql-align-justify">La sfârșitul fiecărei zile de muncă am pregătit un total al încasărilor din ziua respectivă.</li></ul> Cluj-Napoca ro Universitatea Tehnică din Cluj-Napoca
Cluj-Napoca ro
Web https://iosud.utcluj.ro/index.php 8 2023-10-02 true Doctor în domeniul Ingineria Sistemelor 07 0714 <ol><li data-list="bullet"><span class="ql-ui"></span>Clădiri inteligente;</li><li data-list="bullet"><span class="ql-ui"></span>Inteligența artificială;</li><li data-list="bullet"><span class="ql-ui"></span>Controlul centrat pe om.</li></ol> 10 ECTS 180 Universitatea Tehnică din Cluj-Napoca, Facultatea de ܳٴdzپă și Calculatoare
Str. George Barițiu nr. 26-28 Cluj-Napoca ro 400027
Web https://ac.utcluj.ro/ 7 2021-09-26 2023-07-17 false Inginer diplomat în domeniul Ingineria Sistemelor, programul de studii Ingineria Conducerii Avansate a Fabricației 07 0714 10 Eficiența energetică a clădirilor prin intermediul controlului inteligent <ol><li data-list="bullet"><span class="ql-ui"></span>Structuri software pentru aplicații de timp-real;</li><li data-list="bullet"><span class="ql-ui"></span>Control inteligent prin învățare și optimizare;</li><li data-list="bullet"><span class="ql-ui"></span>Sisteme înglobate;</li><li data-list="bullet"><span class="ql-ui"></span>Proiectare asistată de calculator.</li></ol> 9 ECTS 120 Universitatea Tehnică din Cluj-Napoca, Facultatea de ܳٴdzپă și Calculatoare
Str. George Barițiu nr. 26-28 Cluj-Napoca ro 400027
Web https://ac.utcluj.ro/ 6 2017-10-01 2021-07-13 false Inginer în domeniul Ingineria Sistemelor, specializarea de ܳٴdzپă și Informatică Aplicată 07 0714 10 Aplicație pentru monitorizarea consumului de energie electrică <ol><li data-list="bullet"><span class="ql-ui"></span>C++, C#, C, Java, MySQL, MATLAB;</li><li data-list="bullet"><span class="ql-ui"></span>Analiză matematică;</li><li data-list="bullet"><span class="ql-ui"></span>Ingineria reglării automate;</li><li data-list="bullet"><span class="ql-ui"></span>Analiza și sinteza dispozitivelor numerice;</li><li data-list="bullet"><span class="ql-ui"></span>Structuri de date și algoritmi în C;</li><li data-list="bullet"><span class="ql-ui"></span><span style="color: rgb(63, 58, 56);">Proiectare asistată de calculator (AutoCAD).</span></li></ol> 7 ECTS 240 Liceul Teoretic "Onisifor Ghibu"
Str. Alexandru Vlahuță nr. 12 Cluj-Napoca ro 400315
Web https://www.liceul-onisifor-ghibu.ro/ 5 2013-09-15 2017-05-25 false Diplomă de Bacalaureat 06 0688 9.78 Examenul Național de Bacalaureat 2017 <ol><li data-list="bullet"><span class="ql-ui"></span>C++, C#;</li><li data-list="bullet"><span class="ql-ui"></span><span style="color: rgb(63, 58, 56);">Matematică și Informatică.</span></li></ol> 6 AM B Premiul I la concursul ”NetZeRo Competition 2023” în urma prezentării propunerii de proiect "NetZeroCampus" 2023-12 Centrul de Competențe Smart City & Climate Neutral, România <ol><li data-list="bullet"><span class="ql-ui"></span>Împreună cu echipa de doctoranzi și masteranzi din centrul de cercetare EnTReC am elaborat propunerea de proiect ”NetZeroCampus: Novel &amp; optimal learning Environment and Tracking emission system for a Climate-Neutral Living Lab”.</li><li data-list="bullet"><span class="ql-ui"></span>În urma prezentării acesteia la competiția națională ”NetZeRoCities”, organizată de Centrul de Competențe Smart City &amp; Climate Neutral din România, echipa noastră a obținut premiul I atât la nivelul popularității în rândul publicului, cât și ca urmare a evaluării juriului.</li></ol> Premiul I dupa prezentarea proiectului ”Artificial Intelligence Controlled Environment to Improve Sleep Quality” 2023-06 Riga Technical University, Letonia <ol><li data-list="bullet"><span class="ql-ui"></span>Ca urmare a participării la evenimentul ”Blended Intensive Programme On Biomedical Engineering And Medical Physics «Nonlinear Life. Edition 6»” și a susținerii proiectului ”Artificial Intelligence Controlled Environment to Improve Sleep Quality”, alături de echipa din care am fost parte am reușit să obținem premiul I, fiind singura echipă care a obținut punctajul maxim (10 din 10 puncte).</li></ol> Premiul I și Medalia de Aur la Sesiunea de Comunicări Științifice Studențești, secțiunea Informatică, a Concursului Național "Traian Lalescu" 2023-05 Ministerul Educației din România și Fundația Traian Lalescu <ol><li data-list="bullet"><span class="ql-ui"></span><span style="color: rgb(51, 51, 51); background-color: rgb(255, 255, 255);">Ca urmare a prezentării lucrării intitulate ”Eficiența energetică a clădirilor prin intermediul controlului inteligent” am reușit să obțin premiul I cu un punctaj de 398 din 400 puncte.</span></li></ol> Premiul I la concursul "Master Your Digital Future" 2022-08 Comisia pentru IT&C a Camerei Deputaților din Parlamentul României. <ol><li data-list="bullet"><span class="ql-ui"></span>Printr-un eseu în care am propus implementarea unei platforme informatice, intitulată "Viitorul Cercetător", care să centralizeze toate posturile vacante pentru studenții care doresc să se implice în domeniul cercetării în România, cu scopul de a pregăti tinerii români pentru joburile viitorului, oferindu-le posibilitatea de a fi autorii viitorului și de a revitaliza domeniul cercetării în România, am reușit să câștig premiul I la Concursul Național "Master Your Digital Future", organizat de domnul Sabin Sărmaș, președintele Comisiei pentru Tehnologia Informației și Comunicațiilor a Camerei Deputaților din Parlamentul României.</li></ol> Premiul II la Sesiunea Științifică de Matematică și Informatică pentru Studenți, ediția 2022 2022-05 Ministerul Educației <ol><li data-list="bullet"><span class="ql-ui"></span>În urma prezentării aplicației Energy Pulse și a funcționalităților sale comisiei de evaluare din domeniul informaticii, am obținut premiul II la Sesiunea Științifică de Matematică și Informatică pentru Studenți, ediția 2022, desfășurată la Timișoara în perioada 12-14 mai.</li></ol> Diplomă pentru cea mai bună lucrare de licență - AC UTCN 2021 2022-01 Universitatea Tehnică din Cluj-Napoca <ol><li data-list="bullet"><span class="ql-ui"></span>Am primit diploma pentru cea mai bună lucrare de licență realizată în cadrul Facultății de ܳٴdzپă și Calculatoare de către promoția 2021.</li></ol> Premiul I la concursul “Open State. Perspective de evoluție ale României pentru extinderea guvernării deschise” 2020-05 Secretariatul General al Guvernului României <ol><li data-list="bullet"><span class="ql-ui"></span>În acest concurs de eseuri am propus crearea a 3 platforme electronice: Voluntariat.Gov.ro, Evenimente.Gov.ro și Comunica.Gov.ro pentru a încuraja voluntariatul în administrația publică locală și centrală, centralizarea tuturor evenimentelor organizate de administrațiile publice din România și încurajarea unei colaborări eficiente între factorii de decizie și cetățeni.</li><li data-list="bullet"><span class="ql-ui"></span>De asemenea, mi-am exprimat deschiderea pentru a le implementa în mod voluntar.</li></ol> http://ogp.gov.ro/nou/2020/05/04/castigatorii-concursului-open-state-webinar-prezentare-si-desemnare/ http://ogp.gov.ro/nou/wp-content/uploads/2020/05/Eseu-Alexandru-George-BERCIU-Concurs-eseuri-OpenState.pdf Diplomă de Excelență 2019-03 Universitatea Tehnică a Moldovei <ol><li data-list="bullet"><span class="ql-ui"></span>Am câștigat o diplomă de excelență din partea Universității Tehnice a Moldovei pentru ideea prezentată la Salonul Internaţional al Cercetării Ştiinţifice, Inovării şi Inventicii, PRO INVENT.</li></ol> Premiul I la concursul “Invent for the Planet” 2019-02 Texas A&M University Engineering <ol><li data-list="bullet"><span class="ql-ui"></span>Împreună cu echipa din care am făcut parte, am câștigat premiul întâi la nivel național cu propunerea Life++.</li></ol> Premiul II la concursul “Traian Lalescu” 2018-05 Universitatea Tehnică din Cluj-Napoca <ol><li data-list="bullet"><span class="ql-ui"></span>Am obținut premiul II în urma concursului „Traian Lalescu”, specializat în matematici speciale, realizat la nivelul Universității Tehnice din Cluj-Napoca.</li></ol> <p><strong>Context</strong>: Având în vedere volumul tot mai mare de muncă al patologilor, metodele asistate de calculator au potențialul de a veni în ajutorul acestora. Având în vedere rolul prognostic al fibrozei miocardice, cuantificarea sa precisă este esențială. În prezent, evaluarea este realizată semi-cantitativ de către patolog, o metodă expusă problemelor de subiectivitate. Prezenta cercetare propune validarea unui algoritm semiautomat care vizează cuantificarea fibrozei miocardice pe imagini microscopice. <strong>Metode</strong>: Au fost selectate 40 de imagini digitale din colecția de diapozitive a The Iowa Virtual Slidebox, din care a fost calculată fracția volumică de colagen (CVF) cu ajutorul a două metode semiautomate: CIELAB-MATLAB® și CIELAB-Python. Acestea implică utilizarea analizei diferențelor de culoare, folosind Delta E, într-o regiune dreptunghiulară pentru CIELAB-Python și o regiune cu o formă geometrică aleatorie, determinată de mișcarea cursorului utilizatorului, pentru CIELAB-MATLAB®. Comparația a fost făcută între evaluarea stereologică și ImageJ. <strong>Rezultate</strong>: Un total de 36 de imagini au fost incluse în studiu (n = 36), demonstrând o corelație ridicată, semnificativă din punct de vedere statistic, între stereologie și ImageJ, pe de o parte, și metodele propuse, pe de altă parte (p &lt; 0,001). FVC medie determinată de cele două metode prezintă o deviație medie de 1,5% în comparație cu stereologia și de 0,9% în comparație cu ImageJ. <strong>Concluzii</strong>: Algoritmul combinat are o performanță superioară față de metodele propuse, considerate individual. În ciuda deviației medii relativ mici, limitele de concordanță sunt destul de largi, reflectând variabilitatea imaginilor incluse în studiu.</p> The Quantification of Myocardial Fibrosis on Human Histopathology Images by a Semi-Automatic Algorithm 2024 Applied Sciences https://doi.org/10.3390/app14177696 <p>Una dintre cele mai frecvente cauze de deces din întreaga lume este cancerul. Modelarea creșterii tumorale și chiar a terapiei de control al tumorii reprezintă o modalitate promițătoare de a proiecta o predicție și un tratament eficient și personalizat al evoluției cancerului. Acest lucru necesită un model al dinamicii procesului fiziologic și o lege de control pentru a proiecta terapia. Scopul principal al prezentei cercetări este de a încorpora toate descoperirile existente într-un model de creștere a tumorilor maligne, inclusiv proliferarea și necroza tumorală, volumele vasculare și tumorale, rata de eficiență a serului, dinamica și pierderile nivelului seric și chiar fagocitoza. Validitatea modelului este evaluată cu ajutorul datelor experimentale.</p> Tumour evolution prediction based on mathematical models 2024 11-th edition of the International Conference on e-Health and Bioengineering https://doi.org/10.1007/978-3-031-62502-2_53 <p><strong>Context/obiective: </strong>Progresele recente în inteligența artificială, în special în imagistica cardiacă, pot îmbunătăți diagnosticul și prognosticul pacienților și pot identifica noi markeri imagistici. În prezenta lucrare a fost propus un algoritm automatizat, asistat de calculator, care utilizează imagistica cardiacă nativă de tomografie computerizată (CT) pentru a identifica fibroza miocardică. Acest studiu își propune să evalueze performanța acestuia comparativ cu markerii CMR de fibroză într-un set de pacienți diagnosticați cu cancer mamar. <strong>Metode: </strong>Studiul a inclus pacienți diagnosticați cu cancer mamar HER2+ precoce, care prezentau disfuncție LV (LVEF &lt; 50%) și fibroză miocardică detectată pe CMR la momentul diagnosticului. Pacienții au fost evaluați și prin CT cardiac, iar imaginile extrase au fost prelucrate pentru implementarea algoritmului automat, asistat de calculator, care a marcat ca fibroză fiecare pixel care s-a încadrat în intervalul 60-90 HU. Procentul de pixeli cu fibroză a fost comparat ulterior cu parametrii CMR. <strong>Rezultate:</strong> Un total de opt pacienți (n = 8) au fost incluși în studiu. S-au observat corelații pozitive ridicate între rezultatul algoritmului și fracțiunea ECV (r = 0,59, p = 0,126) și T1 nativ (r = 0,6, p = 0,112), precum și o corelație pozitivă foarte ridicată cu LGE a LV(g) și procentul de masă LV-LGE/LV (r = 0,77, p = 0,025; r = 0,81, p = 0,015). O corelație negativă foarte ridicată a fost găsită cu GLS (r = -0,77, p = 0,026). Algoritmul a prezentat un coeficient de corelație intraclasă de 1 (95% CI 0,99-1), p &lt; 0,001. <strong>Concluzii: </strong>Prezentul studiu pilot propune un nou marker imagistic promițător pentru fibroza miocardică, generat de un algoritm automat bazat pe imagini CT cardiace native.</p> Computer-Assisted Algorithm for Quantification of Fibrosis by Native Cardiac CT: A Pilot Study 2024 Journal of Clinical Medicine https://doi.org/10.3390/jcm13164807 <p>Regulatoarele PID de ordin fracționar (FOPID) au câștigat un interes sporit în domeniul controlului în ultimii ani, în principal pentru a îmbunătăți performanța și stabilitatea sistemelor complexe. Regulatoarele FOPID sunt o generalizare a regulatoarelor PID clasice. Aceasta înseamnă că, în loc de a avea trei parametri de reglare ca în cazul PID clasic, există două grade de libertate suplimentare pentru a atinge obiectivele de control. În același timp, structura regulatorului PID, atât de apreciată în aplicațiile industriale, este păstrată. O metodă preferată pentru proiectarea regulatoarelor FOPID este utilizarea algoritmilor de optimizare. Sunt utilizate diferite funcții obiectiv, cum ar fi integrala erorii pătratice (ISE), integrala erorii absolute (IAE), integrala erorii absolute ponderate în timp (ITAE) sau integrala erorii pătratice ponderate în timp (ITSE), care trebuie minimizate pentru a ajusta cei cinci parametri necunoscuți ai regulatorului FOPID. Există mai multe lucrări care discută diferite metode de optimizare și funcții obiectiv pentru diferite aplicații, dar nu există recomandări generale care să ajute inginerii să aleagă metoda potrivită pentru proiectul lor. Cercetarea de față compară trei dintre cele mai cunoscute tehnici de optimizare inspirate de natură din punctul de vedere al unui instrument de proiectare a unui regulator FOPID, utilizând toate funcțiile obiectiv enumerate mai sus. Analiza este realizată atât pentru procese cu constante de timp mari (cum ar fi procesele termice), cât și pentru sisteme dinamice (cum ar fi procesele mecatronice), prezentând avantajele și dezavantajele fiecărei metode.</p> Nature Inspired Optimization Algorithms in Fractional Order Controller Design 2024 28th International Conference on Intelligent Engineering Systems (INES) https://doi.org/10.1109/INES63318.2024.10629099 <p>Suplimentar facilităților prezentate în cadrul articolului "Energy Pulse – the efficient solution for monitoring electricity consumption from decentralized data sets", prezenta lucrare supune atenției cititorului și facilități precum controlul consumului în vederea reducerii costului facturii lunare. De asemenea, datele sunt centralizate într-o bază de date ușor de accesat din aplicațiile standalone sau mobile.</p> Energy Pulse: competitive and accessible application for monitoring electricity consumption 2024 Perspectives in Dynamical Systems I — Applications http://dx.doi.org/10.1007/978-3-031-56492-5_8 <p>Pentru a implementa o soluție viabilă de management energetic integrat la nivelul clădirii, această lucrare prezintă cititorului 14 scenarii de utilizare a unei soluții automate de management pentru atingerea obiectivului. Pentru a demonstra eficiența acestora, autorii au utilizat datele de consum de energie electrică ale unei clădiri de învățământ aparținând campusului Universității Tehnice din Cluj-Napoca. Rezultatele au arătat o optimizare a consumului de energie electrică de până la 84.75% pentru vara anului 2022 în cazul aplicării sistemului de management și control energetic propus.</p> Energy Efficiency: From Desire to an Integrated Management Solution 2024 IEEE Conference on Technologies for Sustainability (SusTech) https://doi.org/10.1109/SusTech60925.2024.10553562 <p>Inteligența artificială a fost din ce în ce mai utilizată în ultimii ani, inclusiv în sistemele de diagnosticare asistate de calculator. Articolele științifice publicate au crescut exponențial, făcând dificilă urmărirea noilor tendințe sau aplicarea lor de către un nespecialist. Scopul prezentei lucrări este de a prezenta o trecere în revistă a rezultatelor recente în prelucrarea imaginilor și interpretarea semiautomată a informațiilor. În acest scop, este efectuată o analiză exhaustivă a literaturii de specialitate. Pentru a dovedi utilitatea, a fost prezentată o implementare a unei metode de prelucrare semi-automată și de extragere a informațiilor dintr-o imagine cu ajutorul învățării automate pentru fibroză folosind imagistica prin rezonanță magnetică (IRM) și tomografia computerizată (CT). Rezultatele obținute pot deschide noi cercetări în domeniu.</p> Semi-automated Solution for Extracting Information from Images using Machine Learning methods 2024 11th International Conference on Computational Cybernetics and Cyber-Medical Systems (ICCC) https://doi.org/10.1109/ICCC62278.2024.10582925 <p>Această lucrare abordează subiectul tehnicilor de detectare a valorilor aberante adaptate pentru seturi de date unice legate de consumul de energie în sectorul rezidențial. Pornind de la stadiul actual al cercetării, au fost prezentate metodele Grubbs și Z-score și analizate o serie de strategii de detectare a valorilor aberante care cuprind algoritmi statistici, probabilistici și de învățare automată. Constatările evidențiază importanța detectării datelor aberante în sectorul energetic rezidențial din România.</p> Extended applied data cleaning methods in outlier detection for residential consumer 2023 Carpathian Journal of Electrical Engineering https://openurl.ebsco.com/EPDB%253Agcd%253A3%253A8075987/detailv2?sid=ebsco%253Aplink%253Ascholar&id=ebsco%253Agcd%253A174966373 <p>Sectorul clădirilor, împreună cu o mobilitate tot mai mare a vehiculelor electrice, reprezintă un pilon esențial în eforturile de decarbonizare și de realizare a unui scenariu de emisii nete zero până în 2050 și chiar mai devreme. În lipsa unor măsuri imediate în ceea ce privește sistemele automate de gestionare și control al energiei, sectorul clădirilor nu se va alinia la obiectivele de decarbonizare. Sistemele de gestionare a energiei joacă un rol crucial în gestionarea utilizării energiei și se bazează pe algoritmi de prognoză și pe scheme de gestionare a energiei. Un studiu de caz privind un site pilot demonstrativ a fost realizat în clădirea principală a Facultății de Inginerie a Instalațiilor din cadrul Universității Tehnice din Cluj-Napoca, România. Studiul are ca scop evaluarea consumului de energie electrică și a fluxurilor bidirecționale și identificarea corelațiilor cheie între factori, utilizând regresia multiliniară, precum și identificarea modelelor de consum. Sunt propuse și evaluate două scenarii.</p> Assessing the electrical energy consumption for designing and developing an energy management system in an educational building in Romania 2023 58th International Universities Power Engineering Conference https://ieeexplore.ieee.org/document/10294433 <p><span style="color: rgb(51, 51, 51); background-color: rgb(255, 255, 255);">Această lucrare se concentrează pe subiectul metodelor de detectare a valorilor aberante pentru datele privind energia electrică rezidențială. În această cercetare, au fost explorate diverse abordări pentru detectarea valorilor aberante în curățarea datelor, inclusiv algoritmi statistici, probabilistici și de învățare automată. Concluzia lucrării evidențiază importanța detectării valorilor aberante în </span><span style="color: rgb(51, 51, 51);">tehnicile</span><span style="color: rgb(51, 51, 51); background-color: rgb(255, 255, 255);"> de curățare a datelor pentru datele privind energia electrică rezidențială.</span></p> Applied data cleaning methods in outlier detection for residential consumer 2023 10th International Conference on Modern Power Systems https://ieeexplore.ieee.org/document/10187569 <p>Una dintre cele mai frecvente cauze de deces din întreaga lume este cancerul. Modelarea creșterii tumorale și terapia de control a creșterii reprezintă o modalitate promițătoare de a concepe o predicție și un tratament mai eficient și personalizat al evoluției cancerului. Acest lucru necesită un model al dinamicii procesului fiziologic și o lege de control pentru a proiecta terapia. Scopul principal al prezentei cercetări este de a defini procedurile prin care se obține o reprezentare matematică neliniară a creșterii tumorilor maligne. Modelul propus încorporează trei stări care îi guvernează dinamica. Modelul este construit în jurul câtorva abordări anterioare din literatura de specialitate. O îmbunătățire față de modelele existente anterior este adăugarea capacității corpului uman de a suprima impuritățile, cum ar fi celulele necrotice (celule canceroase moarte). Validitatea modelului este evaluată cu ajutorul datelor experimentale.</p> Physiological processes modelling 2023 Automation and Computer Science Student Conference <p>Interfețele creier-computer (BCI) sunt utilizate pe scară largă în prezent în diferite domenii. BCI-urile bazate pe electroencefalografie (EEG) sunt utilizate în special datorită aplicațiilor lor atât în domeniul medical, cât și în cel al divertismentului. Această lucrare discută câteva preliminarii ale unei astfel de BCI pentru controlul scaunelor cu rotile, și anume procesarea și clasificarea semnalelor EEG pentru recunoașterea diferitelor mișcări ale brațului folosind învățarea automată. Accentul este pus pe extragerea caracteristicilor, selecția caracteristicilor și tehnica de clasificare. Rezultatele sunt analizate prin diferite măsuri de performanță.</p> Preliminaries of a brain-computer interface based on EEG signal classification 2022 2022 8th International Conference on Advancements of Medicine and Health Care through Technology https://doi.org/10.1007/978-3-031-51120-2_22 <p>Metoda de control "bang-bang" și îmbunătățirile acesteia din perspectiva unei acționări adaptive sunt utilizate de mult timp în diverse industrii. Cu toate acestea, pentru a obține rezultate optime, metodele dezvoltate presupun cunoașterea exactă a masei obiectului care urmează să fie transportat, fiind cu atât mai eficiente cu cât valoarea masei este determinată cu mai multă rigurozitate. Această lucrare propune o soluție inovatoare care utilizează metoda de control adaptiv "bang-bang", pentru care nu este necesară cunoașterea prealabilă a masei obiectului. Eficacitatea propunerii este dovedită prin rezultate de simulare.</p> Automatic load estimation solution for adaptive bang-bang control 2022 2022 26th International Conference on System Theory, Control and Computing (ICSTCC) https://doi.org/10.1109/ICSTCC55426.2022.9931773 <p>Utilizarea mai eficientă a energiei este una dintre cele mai simple modalități de a economisi bani, de a reduce emisiile de gaze cu efect de seră și de a satisface cererea tot mai mare de energie. Controlul consumului de energie electrică este un subiect emergent la nivel mondial. Ideea de casă pasivă nu este nouă, dar este încă actuală și este discutată de cercetători. Această lucrare aduce în atenția cititorului utilizarea combinată a metodelor de control fuzzy și fracționar pentru a crește performanța controlului consumului de energie electrică, ținând cont de provocările actuale din domeniul energetic, împreună cu o metodă de definire automată a regulilor fuzzy. În comparație cu cazul în care nu există control, se obține o reducere cu 20% a consumului de energie electrică cu ajutorul prezentei propuneri. În cazul unei alte metode de control, a fost posibilă o reducere de 15%. Simularea controlului propus pentru casele pasive demonstrează că acesta ar putea asigura un consum eficient de energie electrică care se poate traduce prin economii de costuri de energie electrică între 10 și 50%.</p> Improving the efficiency of electricity consumption by applying real-time fuzzy and fractional control 2022 Mathematics (IF 2.592) https://doi.org/10.3390/math10203807 <p>Pentru a sprijini administrarea corectă a medicamentelor și pentru a urmări tendința actuală referitoare la personalizarea tratamentului, această lucrare propune o soluție flexibilă și ușor de utilizat, pentru determinarea cantității de medicamente administrate pacienților, utilizând realitatea augmentată și capabilitățile algoritmilor de recunoaștere optică a caracterelor.</p> Flexible augmented reality-based health solution for medication weight establishment 2022 Processes (IF 2.847) https://doi.org/10.3390/pr10020219 <p>Prezenta lucrare supune atenției cercetătorilor importanța prefiltrării datelor în vederea creșterii acurateții prognozei apariției accidentului vascular cerebral. Pentru aceasta au fost studiate performanțele unui rețele LSTM antrenate pe datele nefiltrate și pe cele filtrate cu ajutorul metodelor BSS, SOBI și CCA. S-a reușit îmbunătățirea acurateței cu o valoare maximă de 7.6%.</p> Advantages of prefilters in stroke diagnosis from EEG signals 2021 9-th edition of the IEEE International Conference on e-Health and Bioengineering https://doi.org/10.1109/EHB52898.2021.9657718 <p>Prezenta lucrare aduce în atenția cititorului beneficiile și facilitățile aplicației Energy Pulse. Aplicația cuprinde o soluție completă pentru monitorizarea în timp real a consumului de energie electrică din patru locații aparținând Universității Tehnice din Cluj-Napoca. De asemenea, permite notificarea utilizatorului despre obiceiul de consum și estimarea costului facturii lunare.</p> Energy Pulse – the efficient solution for monitoring electricity consumption from decentralized data sets 2021 9-th International Conference on Modern Power Systems https://doi.org/10.1109/MPS52805.2021.9492626 <p>Prezenta lucrare aduce în atenția cititorului beneficiile și facilitățile aplicației Pill Crop. Aplicația cuprinde o soluție completă pentru îmbunătățirea preciziei repartizării greutății fiecărei doze de medicament administrată pacienților. Aplicația utilizează inteligența artificială și realitatea augmentată pentru a îndeplini obiectivele impuse!</p> PillCrop: the solution for the correct administration of medicine 2021 11-th IFAC Symposium on Biological and Medical Systems https://doi.org/10.1016/j.ifacol.2021.10.277 <p>Scopul acestei lucrări este de a oferi o analiză a metodelor de detecție a datelor aberante din datele de consum a douăsprezece clădiri publice ale Universității Tehnice din Cluj-Napoca, colectate în cadrul unui proiect de cercetare Horizon 2020.</p> Extended analysis of data cleaning for electrical energy consumption data of public buildings 2020 2020 Mediterranean Conference on Power Generation, Transmission, Distribution and Energy Conversion https://doi.org/10.1049/icp.2021.1237 <p>Pentru a prezice un nivel de referință al consumului de energie în cazul diferitelor clădiri sau blocuri de clădiri din cadrul Universității Tehnice din Cluj-Napoca, acest studiu propune o metodă de profilare a energiei îmbunătățită prin inteligență artificială și o metodă mai intuitivă, dar simplă, pentru determinarea referinței consumului de energie electrică, ușor de înțeles, ceea ce permite tuturor părților interesate să estimeze economiile de energie după un eveniment de tip răspuns la cerere. Odată stabilit profilul de sarcină electrică de bază, scopul acestui studiu este de a calcula câțiva indicatori cheie de performanță predefiniți.</p> Modelling and evaluation of the baseline energy consumption and the key performance indicators in Technical University of Cluj-Napoca buildings within a demand response programme: a case study 2020 IET Renewable Power Generation (IF 5.184) https://doi.org/10.1049/iet-rpg.2020.0096 <p>Scopul acestei lucrări este de a oferi o scurtă privire de ansamblu asupra metodelor de detectare a datelor aberante și de a explica necesitatea curățării datelor în domeniul consumului de energie prin analiza datelor de profil energetic din Complexul de Natație al Universității Tehnice din Cluj-Napoca.</p> Analysis of data cleaning techniques for electrical energy consumption of a public building 2020 55-th International Universities Power Engineering Conference https://doi.org/10.1109/UPEC49904.2020.9209781 <p>Prezenta cercetare supune atenției cititorului un nou sistem de diagnostic automatizat pentru cancerul colorectal, bazat pe inteligență artificială.</p> Colorectal cancer diagnosis system 2020 2020 IEEE International Conference on Automation, Quality and Testing, Robotics eng language CEF-Understanding-Listening B2 CEF-Understanding-Reading B2 CEF-Speaking-Interaction C1 CEF-Speaking-Production C1 CEF-Writing-Production B2 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 photo ProfilePicture Microsoft Office MATLAB&Simulink Web Development: HTML 5, CSS, JavaScript Lucrul în echipă Instalare, configurare si dezvoltare Wordpress Baze de Date C# / C++ / C - limbaje de programare C C++ Java Voluntar la droidcon Transilvania 2018 2018-09-20 2018-09-21 false Cluj-Napoca <ul><li>Am amenajat sala de conferințe și am furnizat consumabilele necesare pentru aparatele de cafea.</li></ul> Voluntar la International Conference on Automation, Quality and Testing, Robotics 2018 2018-05-23 2018-05-25 false Cluj-Napoca <ul><li class="ql-align-justify">Am fost responsabil pentru o sală în care au avut loc prezentări tematice.</li></ul> Default Medium None true
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honour-award
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