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Prof. Sandeep
India
เข้าร่วมเมื่อ 20 ก.ย. 2020
Hi there,
This is Prof. Sandeep. To give you a little background about myself, I hold Master’s degree in Electronics & Telecommunication from one of the prestigious college of Mumbai university and have 10+ years of professional tutoring experience for engineering students.
I am creating this channel to build a community of engineering enthusiast and aspirants where I can share real time developments in the field of engineering such as Artificial Intelligence, Machine Learning, electronics, Communication, etc. Also, I will be having a detailed discussion on topics such as internships, jobs opportunities in India and abroad, projects, preparation of competitive exams, masters form India and abroad etc in the form of Podcast.
Last but not least, to help you in your academic preparation I will also make videos on interesting concepts and difficult topics of your syllabus as well as try to clear all your doubts in QnA sessions.
This is Prof. Sandeep. To give you a little background about myself, I hold Master’s degree in Electronics & Telecommunication from one of the prestigious college of Mumbai university and have 10+ years of professional tutoring experience for engineering students.
I am creating this channel to build a community of engineering enthusiast and aspirants where I can share real time developments in the field of engineering such as Artificial Intelligence, Machine Learning, electronics, Communication, etc. Also, I will be having a detailed discussion on topics such as internships, jobs opportunities in India and abroad, projects, preparation of competitive exams, masters form India and abroad etc in the form of Podcast.
Last but not least, to help you in your academic preparation I will also make videos on interesting concepts and difficult topics of your syllabus as well as try to clear all your doubts in QnA sessions.
DLCOA MU DEC 2024 Paper solution | Booth Algorithm | Restoring Division Algorithm | AIML | Computer
In this lecture, sums are based on DLCOA MU DEC 2024 Paper solution
This video series will cover topics from the subject of DLCOA of semester 3 of Computer Engineering.
#signedrepresentation
#2'scomplement
#booth's
#algorithm
#booth
#decimaltohexadecimal
#mumbaiuniversity
#BCDaddition
This video series will cover topics from the subject of DLCOA of semester 3 of Computer Engineering.
#signedrepresentation
#2'scomplement
#booth's
#algorithm
#booth
#decimaltohexadecimal
#mumbaiuniversity
#BCDaddition
มุมมอง: 9
วีดีโอ
Subtraction using 1's & 2's complement representation | DLCOA | Computer | Prof. Sandeep
มุมมอง 575วันที่ผ่านมา
In this lecture, sums are based on subtraction using 1's & 2's complement representation. This video also covers the method of converting 1's to 2's complement representation. This video series will cover topics from the subject of DLCOA of semester 3 of Computer Engineering. #signedrepresentation #1'scomplement #octalnumbersystem #decimaltohexadecimal #octaltodecimal
PYQ Total Probability and Bayes Theorem | Random Signal Analysis EXTC | MU | Sandeep Sir
มุมมอง 3414 วันที่ผ่านมา
In this lecture, we have discussed numerical on Total Probability and Bayes Theorem. #probability #probabilitydefinition #totalprobability #baye's #RSA #mean #variance
REVISION DC Circuits | Mesh & Nodal Analysis | Thevinin Theorem | Norton Theorem | Prof. Sandeep
มุมมอง 3114 วันที่ผ่านมา
COMPLETE DC Circuits revision In this lecture, sums are based on Mesh & Nodal Analysis, Thevenin, Norton, from D C Circuits, BEE, FE, SEM-1, Mumbai university. #thevenin #nodalanalysis #mesh #analysis #BEE #Basicelectricalengineering #Prof.Sandeep #DCcircuits #norton Gears: Wacom One Small Graphic Tablet amzn.to/3D4V3h8 WACOM One Medium Graphic Tablet amzn.to/3j9og2k Boya BYM1 Microphone amzn.t...
DLCOA MU June 2024 Paper solution | Booth Algorithm | BCD Addition | IEEE 754 | AIML | Computer
มุมมอง 2.1K6 หลายเดือนก่อน
In this lecture, sums are based on DLCOA MU June 2024 Paper solution This video series will cover topics from the subject of DLCOA of semester 3 of Computer Engineering. #signedrepresentation #2'scomplement #booth's #algorithm #booth #decimaltohexadecimal #mumbaiuniversity #BCDaddition
BEE Feb 2023 University paper solution | BEE | Mumbai University | Prof.Sandeep
มุมมอง 2256 หลายเดือนก่อน
In this lecture, we have solved Feb 2023 university paper solution, BEE, FE, SEM-1, Mumbai university. #mesh #papersolution #analysis #BEE #Basicelectricalengineering #Prof.Sandeep #DCcircuits Gears: Wacom One Small Graphic Tablet amzn.to/3D4V3h8 WACOM One Medium Graphic Tablet amzn.to/3j9og2k Boya BYM1 Microphone amzn.to/2UBxxqA Boya BY-M1 Pro Microphone amzn.to/3ze11tK DIGITEK Gorilla Tripod/...
Current Divider Rule | Voltage Divider Rule | AC Circuits | BEE | Mumbai University | Prof.Sandeep
มุมมอง 446 หลายเดือนก่อน
In this lecture, sums are based on current divider and voltage divider rule from A C Circuits, BEE, FE, SEM-1, Mumbai university. #cdr #analysis #BEE #Basicelectricalengineering #Prof.Sandeep #ACcircuits Gears: Wacom One Small Graphic Tablet amzn.to/3D4V3h8 WACOM One Medium Graphic Tablet amzn.to/3j9og2k Boya BYM1 Microphone amzn.to/2UBxxqA Boya BY-M1 Pro Microphone amzn.to/3ze11tK DIGITEK Gori...
Resultant Phasors | AC Circuits | BEE | Basic Electrical Eng | Mumbai University | Prof.Sandeep
มุมมอง 446 หลายเดือนก่อน
In this lecture, sums are based on resultant phasors from A C Circuits, BEE, FE, SEM-1, Mumbai university. #phasor #analysis #BEE #Basicelectricalengineering #Prof.Sandeep #ACcircuits Gears: Wacom One Small Graphic Tablet amzn.to/3D4V3h8 WACOM One Medium Graphic Tablet amzn.to/3j9og2k Boya BYM1 Microphone amzn.to/2UBxxqA Boya BY-M1 Pro Microphone amzn.to/3ze11tK DIGITEK Gorilla Tripod/Mini 33 c...
Maximum Power Transfer Theorem | Derivation | DC Circuits | BEE | Mumbai university
มุมมอง 487 หลายเดือนก่อน
In this lecture, sums are based on Maximum Power Transfer Theorem from D C Circuits, BEE, FE, SEM-1, Mumbai university. #mesh #analysis #BEE #Basicelectricalengineering #Prof.Sandeep #DCcircuits Gears: Wacom One Small Graphic Tablet amzn.to/3D4V3h8 WACOM One Medium Graphic Tablet amzn.to/3j9og2k Boya BYM1 Microphone amzn.to/2UBxxqA Boya BY-M1 Pro Microphone amzn.to/3ze11tK DIGITEK Gorilla Tripo...
REVISION COMPLETE DC Circuits | Mesh & Nodal | Thevinin | Norton | Superposition Source Transformati
มุมมอง 607 หลายเดือนก่อน
COMPLETE DC Circuits revision In this lecture, sums are based on Mesh & Nodal Analysis, Thevenin, Norton, Superposition theorem, Source Transformation from D C Circuits, BEE, FE, SEM-1, Mumbai university. #mesh #analysis #BEE #Basicelectricalengineering #Prof.Sandeep #DCcircuits Gears: Wacom One Small Graphic Tablet amzn.to/3D4V3h8 WACOM One Medium Graphic Tablet amzn.to/3j9og2k Boya BYM1 Micro...
Delta to star conversion | star to delta derivation | BEE | Physics HQ | Prof. Sandeep
มุมมอง 347 หลายเดือนก่อน
In this video we have derived formulas for star to delta and delta to star conversion form BEE subject, DC Circuits
8086 memory interfacing with Numerical part-3 | RAM ROM interfacing | 8086 Microprocessor | MU
มุมมอง 2477 หลายเดือนก่อน
#8086microprocessor #ram_interfacing #rom #mumbaiuniversity
8086 memory interfacing with Numerical part-2 | RAM ROM interfacing | 8086 Microprocessor | MU
มุมมอง 2497 หลายเดือนก่อน
#8086microprocessor #ram_interfacing #rom #mumbaiuniversity
8086 memory interfacing explanation with Numerical | RAM ROM interfacing | 8086 Microprocessor | MU
มุมมอง 1.2K8 หลายเดือนก่อน
#8086microprocessor #ram_interfacing #rom #mumbaiuniversity
Basic Gates using NAND and NOR universal Gates
มุมมอง 3410 หลายเดือนก่อน
Basic Gates using NAND and NOR universal Gates
8086 FLAG REGISTER | Microprocessor | Mumbai university
มุมมอง 5510 หลายเดือนก่อน
8086 FLAG REGISTER | Microprocessor | Mumbai university
Booth's Algorithm | MU Dec 2023 | Computer organization and architecture | DLCOA | AIML | Computer
มุมมอง 1.5Kปีที่แล้ว
Booth's Algorithm | MU Dec 2023 | Computer organization and architecture | DLCOA | AIML | Computer
Cache Memory Mapping Numerical | University question Nov 23| DLCOA | k-way associative | Sandeep
มุมมอง 2.3Kปีที่แล้ว
Cache Memory Mapping Numerical | University question Nov 23| DLCOA | k-way associative | Sandeep
Cache Memory Mapping technique | Direct | Fully associative | DLCOA | set associative | Prof.Sandeep
มุมมอง 6Kปีที่แล้ว
Cache Memory Mapping technique | Direct | Fully associative | DLCOA | set associative | Prof.Sandeep
IEEE 754 Floating point representation | Single precision | Double precision Format | Sandeep Sir
มุมมอง 7Kปีที่แล้ว
IEEE 754 Floating point representation | Single precision | Double precision Format | Sandeep Sir
Random Variable and Random Process | Random Signal Analysis | RSA | EXTC | MU | Sandeep Sir
มุมมอง 356ปีที่แล้ว
Random Variable and Random Process | Random Signal Analysis | RSA | EXTC | MU | Sandeep Sir
Non-Restoring Division Algorithm | Computer organization and architecture | DLCOA | AIML | Computer
มุมมอง 4.5Kปีที่แล้ว
Non-Restoring Division Algorithm | Computer organization and architecture | DLCOA | AIML | Computer
Restoring Division Algorithm | Computer organization and architecture | DLCOA | AIML | Computer
มุมมอง 6Kปีที่แล้ว
Restoring Division Algorithm | Computer organization and architecture | DLCOA | AIML | Computer
Booth's Algorithm (Part-2) | Computer organization and architecture | DLCOA | Computer | Sandeep Sir
มุมมอง 4.7Kปีที่แล้ว
Booth's Algorithm (Part-2) | Computer organization and architecture | DLCOA | Computer | Sandeep Sir
Booth's Algorithm | Computer organization and architecture | DLCOA | AIML | Computer | Sandeep Sir
มุมมอง 7Kปีที่แล้ว
Booth's Algorithm | Computer organization and architecture | DLCOA | AIML | Computer | Sandeep Sir
Subtraction using 2's complement | DLCOA | AIML | DE | Computer | Sandeep Sir
มุมมอง 3.8Kปีที่แล้ว
Subtraction using 2's complement | DLCOA | AIML | DE | Computer | Sandeep Sir
Total Probability and Bayes Theorem | Random Signal Analysis EXTC | Mumbai University | Sandeep Sir
มุมมอง 1Kปีที่แล้ว
Total Probability and Bayes Theorem | Random Signal Analysis EXTC | Mumbai University | Sandeep Sir
Signed representation and 1's & 2's complement representation | DLCOA | Computer | Sandeep Sir
มุมมอง 4.7Kปีที่แล้ว
Signed representation and 1's & 2's complement representation | DLCOA | Computer | Sandeep Sir
Half Adder and Full Adder | DLCOA | Mumbai University | AIML | Computer | Sandeep Sir
มุมมอง 3.9Kปีที่แล้ว
Half Adder and Full Adder | DLCOA | Mumbai University | AIML | Computer | Sandeep Sir
BCD, Excess 3 and Gray codes | DLCOA | Mumbai University | AIML | Computer | Sandeep Sir
มุมมอง 6Kปีที่แล้ว
BCD, Excess 3 and Gray codes | DLCOA | Mumbai University | AIML | Computer | Sandeep Sir
sir at 8:21 you said dono taraf negative hai toh signed bit 1 hoga, kaunse dono taraf?
I meant for both formats sign bit will be one as given number is negative
thankyou sir😊
Sir when to use 5 bits
Rule is to use number of magnitude bits plus one sign bit. So if magnitude is of 4 bit, then total 5 bits are needed which includes one sign bit.
@prof.sandeep7192 sir can we use only 4 bit
Sir please upload more videos based on pyqs too
Sir aapko wapas se videos upload krne chahiye ❤
🤣 kal exam khatam fir kya
@its_ganesh_073_ kyu ki dusro ke kam bhi aayega na bhai
thankyou sir 😇
Thank you
Thankyou
Thankyou
Thank you so much sir ❤
thank you sir
Glad you found it helpful! Keep learning keep growing.
Sir...really hats of to u , sir.ur videos are really incomparable to any of those fantastic
Thank you so much for your kind words! I'm glad you're finding the videos helpful.
25:13
Thank Ku 😊❤
very nice explanation
Thank you sir
Sir one video on paging and stuff
Eazy
❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤😂
i appriciate to your efforts for making it easy for us keep going
Nice sir
sir please uplaod new modules videos
sir plzz upload other lectures related to dlcoa
Much much appreciated for your effort sir please continue teaching on youtube my friend also learned from you!
Sir please aap module wise padhao na please
goated playlist.... thanks a ton sandeep sir best content
arey sirrrrrr kya hi toh bataya hai i swear woh 2s complement toh bhai kitna time bacahta hai sir woh clg mai aisa kuchh nhi bataya kabhi bhi thx sir thx really loved all the sessions of dlca
Nice Teaching 😊
❤
52+(-27) 52 ka binary + 2's compliment of (-27) If we take 2's compliment of 52 it will give wrong answer sir please clear my doubt
No need to take complement of positive numbers. we take 2's complement of negative nos only.
@yashacharya5703 kitna padega?
Good explaination sir ❤❤
It was very helpful ❤
Sir kya aap virus ke jaisa, apne dono hathon se bord pe likh sakte hai kya......??
tu speech chatur ke jaisa de sakta hai kya......??
Nicely explained sir..... Thoroughly understood Just one request sir, will you take the same example with the current source in it......
Thank you for the input. I will surely cover numericals with current source soon.
Sir I have studied from your DLCOA playlist I am damn sure that I will get 65+ easily Thankyu so much sir.
Is this Playlist good for DLCA new Syllabus Mumbai University Sem 3 ??
Bhai ye to mere college ka Banda hai
Konsa clg
@@kayushjain5516 universal college of engineering, kaman , mumbai University bekar college
@@Peace-ep8ol ha bhai sach mai UCOE ka hai
@@kkmmmw toh bhai koi mila tumhae channel vagera khaa se padhe
Sir pichle booths part 2 wale video me -7 × -3 wale me sir 4 bits liye the aur yaha -10 × -7 me 5 bit le liya sir kaise pata chalega kitna bit lena hai Sir pls help I am from pillai college
1 sign bit and 4 magnitude bits for 10(1010). previously it was 1 sign bit and 3 magnitude bit for 7(111). Thumb rule 1 sign bit and number of bits needed for magnitude of largest number. Hope this helps.
@@prof.sandeep7192 Got it ! Sir Thankyou so much
Well explained
thanku sir❤❤
❤❤❤❤
wow sir
super explanation sir
Much needed topic Thank you sir
Thanks for sharing sir
Great explanation sir 😊
NOW I CAN CLEAR MY MP KT 😊✨
Very well explained sir, thank you
Sir aap bhagwan ho?
Ha ho cuz meri zindagi bacha li ek youtube video mein
This video was beneficial, thank you so much for such a precise and simple explanation; it helped me a lot !!!, Thank you so much, Sir!!
main memory size=8MB tag directory=56 bytes
beautifully explained sir