![]() I put my hands on the floor and tried to move but couldn't. It was the same as before and it seemed to be coming from all around me. My hands were in my face and I couldn't tell if they were there or not. I opened my eyes, hoping to see something else. Then there was a blinding flash of white light and I felt the floor against my back. The door was spinning slightly, dust falling off of it as it did. The handle was jutting out of the wall, no longer connected to the rest of the door. It was similar to that of a taser but this time I was able to look back to see what was happening. I had thought I was in the clear but then I heard the noise again. I let go and ran to find the nearest exit. I held onto the handle with all my might but nothing happened. I heard a faint buzzing noise from the door, it almost sounded like a zap of electricity. ![]() I tried to turn it clockwise and then anti-clockwise and then back to clockwise again but the handle didn't move. I tried to pull the handle harder, but it wouldn't give. I tried to open it and it wouldn't budge. I saw the door to a room, the handle was a big metal thing that seemed to jut out of the wall. I had never been here before but I knew the way to the nearest exit. * Cloud Drive: You have to wait for the author's parents to grow up from their own childhood, get married, have a few kids first, and then the author to be born, grow up, write the book, get it published, then purchase it. * HDs: You have to order the book from Amazon. * SSD: The book is down the hall, down the stairs, down that other hall, behind the door with the combination lock, on one of those shelves somewhere. * Memory, The book is on the shelf in the room across the hall. * 元 cache, the book is on the shelf behind you. * L2 cache, the book is on your desk, but you have to find the page. * L1 cache, the book is on your desk, open to the right page. I explain anymore that CPU's getting data is like reading from a book, from the CPU's reference at least. These days, the computers always have to wait for the disk, even M2s right on the motherboard. So you'd put it every other sector so the system could keep up with the disk. While this action is quite quick, it does add up.īack in my early computer days, you'd put data in every other, or every third sector (I think they called it interleaving, or something) This is because at the time, the drive was able to read from consecutive sectors faster than the data could be processed. (edit: there is a tiny difference, but not as compared to in spinning platter drives) In a traditional HD, if the sectors are in sequence, the head streams across them, if they're spread out, the disk needs to spin and the head to move to catch the correct sector. There's no point to it since there is no minimal temporal cost in grabbing from random sectors. This feedback is private to you and won’t be shared publicly.'73 kid here too. Mark contributions as unhelpful if you find them irrelevant or not valuable to the article. Plus, some 3rd party programs run the risk of containing malware or might install a bunch of unwanted secondary programs, or just taking up unnecessary space in the first place. *Whatever your computer comes with is perfectly fine, and it's not worth the risk to download some 3rd party program that won't do it any more efficiently than the program you've got. *Nope, that used to be the recommendation, but not anymore. Should I get a 3rd party defragging program? What defrag program do you recommend? ![]() *If 10% fragmented or more, press the "optimize" button, and then change the settings to optimize your drive more frequently. *If you have pretty large drives and regularly upload or remove large files, you might want to tweak the default defrag option. *To know if you're okay, and you have Windows 7 or more recent, or OSX, you can simply type in "defrag" or "optimize drives" into your OS search bar and you should be able to see what percent of your drives are fragmented *For most people, this is more than enough *Most operating systems do it automatically, generally weekly. *Solid State Drives write differently, so they never need to defrag ![]() *These days, most people in most situations almost never have to manually run a defrag program *This is natural and unavoidable with any regular hard disk because of the way they work internally How often should I run a defragging program? *When files are saved, deleted, moved, they change spaces inside your computer, and part of your file might be split into different locations. When should I defragment (or defrag) my computer? What is fragmentation? (LinkedIn videos oftentimes have issues loading, so if that's the case, then head over to the YouTube version of this same video at ) ![]()
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