I dont mean to be so off topic but does any of you know of a method to log back into an Instagram account..? I was dumb forgot the password. I appreciate any tricks you can offer me.
@Jerry Mekhi Thanks for your reply. I got to the site on google and im waiting for the hacking stuff atm. Looks like it's gonna take quite some time so I will reply here later with my results.
I know everyone come to RUclips for money But sir you show what, life is not for money. Education is for all free Thanks you sir For leaching knowledge to grow more
@@joetheprofessor6260 thanks, its making more sense aa I get further down the video list. I guess with 32 GPRs on MIPS 32 they could afford to "waste" one for the zero register for some neat tricks. I know MIPS from many years back, but I am learning ARM because it seems to have basically replaced it everywhere.
@@joetheprofessor6260 just got caught up with more recent ARMv8/aarch64 and it seems like they took a page out of MIPS' book. So there are now 32 GPR and register #0 functions as a constant 0 filled.
From an architectural point of view, there is no general requirement for 4-byte alignment. Instruction fetches must be half-word aligned. Data load/stores can use byte addresses, such as LDRB and STRB.
Sir, please make videos on 8051 and AVR in assembly language, explain their registers ISA and comparison with C language to understand easily ISA. thanks
A gibibyte is 2^30 bytes. On the other hand, a gigabyte is 10^9 bytes. The name comes from "GIga BInary". Similarly, a mebibyte is 2^20 byte while a megabyte is 10^6 bytes. These are internationally standardized definitions; I didn't make them up.
Sorry, but international standards and style guides for professional engineering publishing say that 2^30 is a gibibyte. The heart of engineering communication is clarity, and it is very important that we distinguish between 10^9 (giga) and 2^30 (gibi). See, for example, IEEE-Std-1541...I'm not just making this up.
LOL! Look at how butthurt poor little terorie is. It'll be ok, kid; do us all a favor and focus on trying to keep your job at the mall kiosk instead of advertising what a clueless dipshit you are on youtube. Thanks.
Man I wish you come back and have a complete playlist on this subject. You are very good at explaining this topic
I dont mean to be so off topic but does any of you know of a method to log back into an Instagram account..?
I was dumb forgot the password. I appreciate any tricks you can offer me.
@Cannon Cohen Instablaster =)
@Jerry Mekhi Thanks for your reply. I got to the site on google and im waiting for the hacking stuff atm.
Looks like it's gonna take quite some time so I will reply here later with my results.
@Jerry Mekhi it worked and I now got access to my account again. I'm so happy:D
Thank you so much, you really help me out :D
@Cannon Cohen no problem :)
Thank you, finally some that i can actually understand the words
🤣
@المهاجر التونسيEven RUclips's subtitles sometimes cannot recognize indian accent as english
I know everyone come to RUclips for money
But sir you show what, life is not for money. Education is for all free
Thanks you sir
For leaching knowledge to grow more
perfect explanation. most of the videos online show comparisons of all the different arm architectures. your video shows only M4 which is what I need.
Excellent to refresh the basics
Thanks for the tutorial. It was very good and taught me a lot.
Sir, I wish that you could please make more videos. I am learning so much from you! Thank you sooo much!!
gr8 description professor.
Please do more videos Sir i have enjoyed and learned every video you teach so please do more on arm and other embedded systems .......
Great introduction, Thanks for sharing this information it really helped a lot.
Very interesting! Your voice sounds like the voice of Steve Jobs.
Great video Joe. Thanks!
Very informative lecture, thanks!
thanks for making this video In a nutshell.
Excelent, thank you for sharing!
high quality teaching!
Thanks professor!
Awesome video, thanks for doing this
Very informative video ! Thanks
Thanks for sharing this information it really helped a lot.
Thanks for making an informative video.
Thank you. Nicely done!
thank you.
great work
really good one
Thank you!!! Good work.
Thank you very much! Clear and precise.
Thank you sir,really helpful
I wonder why there is nothing like the $0 register in mips, THX for your video!
Excellent!
excellent
Maybe I missed something, but does ARM have a "zero" register like MIPS that always returns 0 bits?
No, the ARM 7M architecture does not have a zero register.
@@joetheprofessor6260 thanks, its making more sense aa I get further down the video list. I guess with 32 GPRs on MIPS 32 they could afford to "waste" one for the zero register for some neat tricks. I know MIPS from many years back, but I am learning ARM because it seems to have basically replaced it everywhere.
@@joetheprofessor6260 just got caught up with more recent ARMv8/aarch64 and it seems like they took a page out of MIPS' book. So there are now 32 GPR and register #0 functions as a constant 0 filled.
Help me please! How to include another asm file to the project? Keil generate mistake when I try to include with directive GET, as show in manual
superb
Adamsın Jo dayı!
tq Prof
You remind me of Steve Jobs by the way you talk :D
sounds just like him!
Tnx
7:45 isnt processor access 4 byte alignment of memory?
From an architectural point of view, there is no general requirement for 4-byte alignment. Instruction fetches must be half-word aligned. Data load/stores can use byte addresses, such as LDRB and STRB.
@@joetheprofessor6260 you have not be making more videos on Arm. Why?
@@temitayoolufemi4364 He doesn't owe you that. You could ask him politely if you wanted some.
Thank you :)
Sir, please make videos on 8051 and AVR in assembly language, explain their registers ISA and comparison with C language to understand easily ISA. thanks
What is a Gibi byte?
A gibibyte is 2^30 bytes. On the other hand, a gigabyte is 10^9 bytes. The name comes from "GIga BInary". Similarly, a mebibyte is 2^20 byte while a megabyte is 10^6 bytes. These are internationally standardized definitions; I didn't make them up.
Doesnt cortex m4 use harvard architecture?
what happened to Status registers?
Why do so many people not know that gibibytes aren't just mispronounced gigabytes?
This might just save my grade
nice tutorial can u plz provide for cortex_m3 specifically
did u find it??
I'd love some Gibbybites
16 Intel employees didn't like this video
Oh my god, finally no Indian accent 😂
You took the words straight outta my mouth
You mean Core registers instead of "generic" register, buts its ok.
Gibby Bytes
Lol
horrible mic!
Stop saying "gibibyte". It's GIGABYTE and you know it. Stop trying to sound special.
Sorry, but international standards and style guides for professional engineering publishing say that 2^30 is a gibibyte. The heart of engineering communication is clarity, and it is very important that we distinguish between 10^9 (giga) and 2^30 (gibi). See, for example, IEEE-Std-1541...I'm not just making this up.
wermager3004 gtfo you know shit compared to this professor. He knows his stuff and he proves it in every video.
LOL! Look at how butthurt poor little terorie is. It'll be ok, kid; do us all a favor and focus on trying to keep your job at the mall kiosk instead of advertising what a clueless dipshit you are on youtube. Thanks.
JEDEC sais gigabyte, while IEC says gibibyte.
The important thing is that they are both talking about 1024*1024*1024 bytes.
A gigabyte is a 1000 megabytes just as a gigawatt is 1000 megawatts. Unless you think that a gigawatt is 1024 megawatts, in which case you are stupid.