Kheyraadka Nidaamka:^{(System Resource:)} Inaad noqoto mid kheyraad leh waa sifo soo jiidasho leh oo caalami ah, waxa kheyraadka leh ee aan la simin waa in la haysto kheyraad badan oo uu awood u leeyahay balse awood u leh in uu sare u qaado kartidiisa ama agabka yar ee uu heli karo waqti kasta. Tani run maaha oo kaliya adduunka dhabta ah laakiin sidoo kale waa qalabyada iyo sidoo kale software-ka aan u nimid inaan isticmaalno nolol maalmeedkeena. Si wax loo eego, in kasta oo baabuurta waxqabadka ku jihaysan la rabo, la khiyaaliyey, oo ay dad badani rabaan, qof kastaa kuma dhammaan doono inuu iibsado baabuur ciyaaraha ama baaskiilka ciyaaraha xitaa haddii ay awood u leeyihiin haddii aad waydiiso dadka intiisa badan sababta ay u iibsadaan. ma iibsan baabuur noocaas ah jawaabtoodu waxay noqon doontaa "wax la taaban karo maaha".

Hadda, waxa ay ka dhigan tahay in xitaa bulsho ahaan doorashadeenu ay u leexdaan dhanka hufnaanta. Baabuurta leh rafcaan wadareedka ugu sarreeya maaha kuwo soo jiidasho leh laakiin waxa ay bixiyaan waa hufnaan xagga kharashka, dhaqaalaha shidaalka iyo dayactirka. Markaa si fudud haysashada qalabka ugu qaalisan ma gooyn doono haddii uu soo saaro awood badan si uu u tafatiro xaashida faafinta ee fudud kaas oo sidoo kale lagu samayn karo casriga maalmahan ama si fudud loo rakibo ciyaarta ugu qaalisan ama software-ka midna ma samayn doonto haddii marka aanu furno way barafaysaa. Jawaabta waxa ka dhigaya wax hufan waa awoodda lagu maareeyo kheyraadka la heli karo si aad u caqli badan taasoo na siinaysa waxqabadka ugu sarreeya ee ugu yar ee tamarta iyo kharashaadka kheyraadka.

Waa maxay kheyraadka nidaamka?^{(What is a system resource?)}

Qeexitaan kooban oo kooban oo tani waxay noqonaysaa, awoodda nidaamka qalliinka uu si hufan u fuliyo hawlaha adeegsaduhu codsado isagoo ka faa'iidaysanaya dhammaan qalabka iyo software-ka sida ugu wanaagsan ee uu awoodo.

Horumarka degdega ah ee xagga tignoolajiyada awgeed qeexitaanka nidaamka kombayuutarku waxa uu ka gudbay sanduuq leh nalal biligleynaya oo leh kiiboodhka, shaashadda, iyo mouse-ka. Taleefannada casriga ah, Laptop-yada, tablet-yada, kombayuutarrada loox-ku-salaysan, iwm ayaa gebi ahaanba beddelay fikradda kombayutarka. Laakiin, tignoolajiyada aasaasiga ah ee awoodda u leh dhammaan cajaa'ibyadan casriga ah ayaa inta badan sii ahaan jiray. Wax aan isbedeli doonin waqti dhow sidoo kale.

Aynu si qoto dheer u sii qodno sida uu u shaqeeyo ilaha nidaamka? Si^(Just) la mid ah kheyraadka kasta marka aan shidno kumbuyuutarkayaga, waxay xaqiijisaa oo xaqiijisaa dhammaan qaybaha qalabka^{(hardware components)} ka baxaya ee hadda ku xiran, ka dibna gelaya Diiwaanka Windows^{(Windows Registry)} . Halkan, macluumaadka ku saabsan awoodaha iyo dhammaan booska bilaashka ah, qadarka RAM , warbaahinta kaydinta dibadda, iwm.

Taas waxaa weheliya, nidaamka qalliinku sidoo kale wuxuu bilaabaa adeegyada iyo hababka asalka ah. Tani waa isticmaalka degdega ah ee ugu horreeya ee la heli karo. Tusaale ahaan., haddii aan rakibnay barnaamijka antivirus ama software kasta oo u baahan in si joogto ah loo cusbooneysiiyo. Adeegyadani waxay si toos ah u bilowdaan marka aan shidno PC-ga, oo aan bilowno cusboonaysiinta ama sawirida faylalka gadaasha si aan u ilaalino oo aan dib noogu wadno.

Codsiga kheyraadka wuxuu noqon karaa adeeg codsi, iyo sidoo kale nidaamka, u baahan yahay ama barnaamijyada lagu socodsiiyo codsiga isticmaalaha. Markaa, marka aan furno barnaamij, waxa ay ku socotaa hubinta dhammaan agabka u diyaarsan in uu ku shaqeeyo. Marka la hubiyo in dhammaan shuruudaha la buuxiyay, barnaamijku wuxuu u shaqeeyaa sidii loogu talagalay. Si kastaba ha ahaatee, marka shuruuda la buuxin waayo, nidaamka qalliinka, wuxuu hubiyaa abka ku dhexjira kheyraadkaas cabsida leh oo isku dayaya inuu joojiyo.

Fikrad ahaan, marka codsi uu codsado kheyraad kasta, waa inuu dib u soo celiyaa laakiin marar badan, codsiyada codsaday kheyraad gaar ah waxay ku dhammaanayaan in aan la siin kheyraadka la codsaday marka ay dhammeeyaan hawsha. Tani waa sababta mararka qaarkood codsigeena ama nidaamkayaga u yaraado sababtoo ah adeeg kale ama codsi kale ayaa ka qaadaya kheyraadka loo baahan yahay si uu ugu shaqeeyo gadaasha. Tani waa sababta oo ah dhammaan nidaamyadayadu waxay la yimaadaan ilo xaddidan. Markaa, maaraynta ayaa ah muhiimadda koowaad.

Noocyada kala duwan ee Khayraadka Nidaamka

Ilaha nidaamka^(System) waxaa isticmaala qalab ama software si ay isula xiriiraan. Marka software uu rabo inuu u soo diro xogta aaladda, sida marka aad rabto inaad kaydiso faylka Hard Drive-ka ama marka qalabku u baahan yahay feejignaan, sida marka aan riixno furaha kumbuyuutarka.

Waxaa jira afar nooc oo kheyraadka nidaamka ah ee aan la kulmi doono inta aan ku shaqeyneyno nidaamka, waa:

• Kanaalka Helitaanka Xusuusta Tooska ah (DMA).
• Khadadka codsiga joojinta (IRQ)
• Cinwaannada wax-gelinta iyo soo-saarka
• Cinwaanada xusuusta

Marka aan riixno furaha kumbuyuutarka, kiiboodhka wuxuu rabaa inuu ku wargeliyo CPU in furaha la riixay laakiin maadaama CPU ay horayba ugu mashquulsan tahay socodsiinta habab kale ayaa hadda jira waan joojin karnaa ilaa uu ka dhammeeyo hawsha gacanta lagu hayo.

Si taas wax looga qabto waxa ay noqotay in aanu hirgelinno wax la yidhaahdo interrupt request Lines (IRQ) , waxa uu samaynayaa waxa uu u eg yahay in uu kala goynayo CPU^(CPU) -ga waxa aanu CPU ogaysiinayaa in uu jiro codsi cusub oo ka soo baxay in la yidhaahdo keyboard-ka wuxuu danab ku dhejiyaa khadka IRQ ee loo qoondeeyay. Danabkani waxa uu calaamad u yahay CPU in uu jiro qalab leh codsi u baahan habayn.

Nidaamka qalliinka waxa uu la xidhiidha xusuusta sida liis dheer oo unugyo ah oo uu u isticmaali karo si uu u hayo xogta iyo hab-raacyada, waxoogaa sida xaashida hal-beegga ah. Ka fikir^(Think) cinwaanka xusuusta inuu yahay lambarka fadhiga ee masraxa, kursi kasta waxaa loo qoondeeyay nambar iyadoo aan loo eegin in qof ku fadhiyo iyo in kale. Qofka ku fadhiya kursiga wuxuu noqon karaa nooc ka mid ah xogta ama tilmaamaha. Habka qalliinka looguma tixraacayo qofka magaca laakiin kaliya lambarka kursiga. Tusaale ahaan, nidaamka qalliinka ayaa laga yaabaa inuu yiraahdo, wuxuu rabaa inuu ku daabaco xogta cinwaanka xusuusta 500. Cinwaannadan waxaa inta badan lagu soo bandhigaa shaashadda sida lambarka hexadecimal ee foomka dhimista qaybta.

Cinwaannada wax-soo-saarka^{(Input-output)} oo sidoo kale si fudud loogu yeero dekedaha, CPU waxay u isticmaali kartaa inay gasho aaladaha qalabka si la mid ah sida ay u isticmaasho cinwaannada xusuusta si ay u gasho xusuusta jirka. Ciwaanka baska Motherboard-ka waxa uu^{(address bus on the motherboard)} sitaa ciwaanada xusuusta marna waxa uu sitaa ciwaanada wax soo saarka.

Haddii ciwaanka baska loo dejiyay inuu qaado ciwaannada wax-soo-saarka, markaa qalab kastaa wuxuu dhegaysanayaa baskan. Tusaale ahaan, haddii CPU -gu uu rabo inuu kula xiriiro kiiboodhka, wuxuu dhigayaa ciwaanka Input-Output ee kiiboodhka baska ciwaanka.

Marka ciwaanka la dhigo, CPU waxay ku wargelinaysaa ciwaanka dhammaan haddii agabka wax-soo-saarka^{(Input-Output)} ee ku yaal khadka ciwaanka. Hadda dhammaan kontaroolayaasha wax-soo-saarka waxay dhegaystaan ​​cinwaankooda, kantaroolaha hard drive-ka wuxuu dhahaa ma aha ciwaankayga, kontaroolaha diskooga floppy-ka wuxuu dhahay ma aha ciwaankayga laakiin kantaroolaha kiiboodhka^(keyboard) wuxuu leeyahay anigaa leh, waan ka jawaabi doonaa. Markaa, waa sida kiiboodhka^(keyboard) uu ku dhamaanayo la falgalka processor-ka marka furaha la riixo. Siyaabo kale oo looga fikiro habka shaqadu waa xadhkaha ciwaanka wax -soo-saarka^{(Input-Output)} ee baska oo u shaqeeya si la mid ah khadkii hore ee xisbiga talefoonka - Dhammaan^(All) aaladaha waxay maqlaan ciwaanada laakiin hal kaliya ayaa ka jawaaba ugu dambeyntii.

Ilaha nidaamka kale ee ay isticmaalaan hardware iyo software waa kanaalka Helitaanka Xusuusta Tooska ah^{(Direct Memory Access)} ( DMA ). Tani waa hab gaaban oo u ogolaanaya qalabka wax-soo-saarka inuu si toos ah xogta ugu diro xusuusta isagoo si buuxda u dhaafaya CPU -ga . Qalabka qaarkood sida daabacaha waxaa loogu talagalay inay isticmaalaan kanaalada DMA iyo kuwa kale sida mouse-ka. Kanaalada DMA^(DMA) maaha kuwo caan ah sidii ay markii hore ahaayeen sababtoo ah naqshadooda ayaa ka dhigaysa inay aad uga gaabiyaan hababka cusub. Si kastaba ha ahaatee, aaladaha gaabinaya sida floppy-yada, kaadhadhka codka, iyo cajaladaha cajaladaha ayaa laga yaabaa inay wali isticmaalaan kanaalada DMA .

Marka asal ahaan aaladaha qalabku waxay ugu yeeraan CPU fiiro gaar ah iyagoo isticmaalaya Codsiyada ^(Requests)Joojinta^(Interrupt) . Software-ku wuxuu ugu yeeraa hardware isagoo isticmaalaya ciwaanka wax-soo-saarka ee qalabka hardware. Software-ku waxa uu xusuusta u eegaa sida qalab hardware ah oo waxa uu ku wacaa ciwaanka xusuusta. Kanaalada DMA^(DMA) waxay dib iyo gadaal u gudbiyaan xogta u dhaxaysa aaladaha qalabka iyo xusuusta.

Lagu taliyay: ^{(Recommended:)} 11 Talooyin lagu hagaajinayo Windows 10 Waxqabadka gaabis ah^{(11 Tips To Improve Windows 10 Slow Performance)}

Markaa, taasi waa sida qalabku ula xidhiidho software si loo qoondeeyo loona maareeyo ilaha nidaamka si hufan.

Waa maxay khaladaadka ka dhici kara System Resources ?

^(System)Khaladaadka kheyraadka nidaamka , waa kuwa ugu xun. Hal mar oo aan isticmaaleyno kumbuyuutarka wax walba si fiican ayey u socdaan oo kaliya waxay qaadaneysaa waa hal barnaamij oo kheyraad ku jira, laba jeer dhagsii astaantaas oo macsalaamo nidaam shaqeynaya. Laakiin maxay taasi u tahay, in kastoo, barnaamijyada xun ay suurtagal tahay laakiin way sii adkaanaysaa sababtoo ah tani waxay ku dhacdaa xitaa nidaamyada hawlgalka casriga ah. Barnaamij kasta oo la fuliyo wuxuu u baahan yahay inuu ogeysiiyo nidaamka hawlgalka inta ay le'eg tahay agabka uu u baahan karo si uu u shaqeeyo oo uu qeexo inta uu u baahan karo kheyraadkaas. Mararka qaarkood, taasi ma suurtowdo sababtoo ah nooca nidaamka uu barnaamijku socdo. Tan waxaa loo yaqaannaa daadinta xusuusta^{(memory leak)} . Si kastaba ha ahaatee, barnaamijku waa inuu dib u soo celiyaa xusuusta ama ilaha nidaamka ee uu hore u codsaday.

Markay taasi dhici waydona waxa laga yaabaa inaan aragno khaladaad sida:

• " Kombuyuutarkaaga xusuusta ayaa yar^{(Your computer is low on memory)} "
• " Nidaamku^(System) aad buu ugu hooseeyaa kheyraadka"
• " Ilaha nidaamka oo aan ku filnayn^{(Insufficient)} ayaa jira si loo dhamaystiro adeegga la codsado"

Iyo qaar kaloo badan.

Sideen u hagaajin karnaa Khaladaadka Kheyraadka Nidaamka ?^{(System Resource)}

Isku darka 3 furayaasha sixirka 'Alt' + 'Del' + 'Ctrl', tani waa inay u noqotaa mid udub dhexaad u ah qof kasta oo la kulma nidaam joogto ah. Cadaadiska tani waxay si toos ah noogu gudbinaysaa Maareeyaha Hawsha^{(Task Manager)} . Tani waxay noo ogolaanaysaa inaan aragno dhammaan ilaha nidaamka ee ay adeegsadaan barnaamijyada iyo adeegyada kala duwan.

Inta badan waxaan awood u yeelan karnaa inaan ogaano codsiga ama barnaamijka ka qaadanaya xusuusta badan ama samaynta qadar badan oo saxan ah oo akhriya oo qoraya. Markaan si guul leh u helno tan waxaan dib u soo ceshan karnaa kheyraadka nidaamka lumay annagoo joojinayna arjiga dhibaatada leh gebi ahaan ama annagoo ka saarna barnaamijka. Haddi aanu ahayn wax barnaamij ah waxa faa'iido inoo yeelan doonta in aanu baadhno qaybta adeegyada ee maamulaha hawsha kaas oo muujin doona adeega uu cunayo ama u qaadanayo si aamusan isaga oo asal ahaan ka soo jeeda si uu u dhaco khayraadkan nidaamka yar.

Waxaa jira adeegyo bilowda marka nidaamka qalliinka uu bilowdo kuwan waxaa loo yaqaan ' starting programs^{(startup programs)} ' , waxaan ka heli karnaa qaybta bilawga ah ee maamulaha hawsha. Quruxda qaybtan ayaa ah in aynaan dhab ahaantii samaynayn gacan ku raadinta dhammaan adeegyada gaajada u leh. Taa baddalkeeda, qaybtani waxay si diyaar ah u soo bandhigaysaa nidaamka saamaynta ku leh adeegyada oo leh qiimaynta saamaynta bilawga ah. Markaa, adeegsiga tan waxaan go'aamin karnaa adeegyada mudan in la joojiyo.

Tillaabooyinka kore waxay hubaal ahaan caawin doonaan haddii kombuyuutarku aanu si buuxda u barafoobin ama codsi gaar ah la qaboojiyo. Maxaa dhacaya haddii nidaamka oo dhan si buuxda loo qaboojiyey? Halkan waxaa naloo soo bandhigay iyada oo aan lahayn ikhtiyaaro kale midkoodna furayaasha ma shaqeeyo maadaama dhammaan nidaamka hawlgalka uu qaboojiyey sababtoo ah la'aanta kheyraadka loo baahan yahay si uu u shaqeeyo laakiin inuu dib u bilaabo kombiyuutarka. Tani waa inay hagaajisaa arrinta qaboojinta haddii ay sababtay dhaqan xumo ama codsi aan ku habboonayn. Markaan ogaano arjigii sababay tan waxaan horay u sii socon karnaa oo aan ka saari karnaa arjiga dhibaatada leh.

Waxaa jira waqtiyo xitaa tillaabooyinka kore aan faa'iido badan yeelan doonin haddii nidaamku sii socdo in kasta oo nidaamka faahfaahsan ee kor ku xusan. Fursadaha ayaa ah inay noqon karto arrin la xiriirta qalabka. Gaar ahaan, waxay noqon kartaa arrin ku saabsan xusuusta Access Random (RAM)^{(Random Access Memory (RAM))} kiiskan, waa inaan galnaa booska RAM ee Motherboard-ka nidaamka. Haddii ay jiraan laba qaybood oo RAM ah^(RAM) , waxaan isku dayi karnaa in aan ku shaqeyno nidaamka hal RAM si gaar ah labada, si loo ogaado midka RAM ah qaladka. Haddii arrin kasta lagu ogaado RAM -ka , beddelidda RAM -ka khaldan waxay ku dambayn doontaa xallinta arrinta qaboojinta ee ay sababtay ilaha nidaamka hooseeya.

Gabagabo

Tan, waxaan rajeyneynaa inaad fahantay kheyraadka nidaamka, maxay yihiin noocyada kala duwan ee kheyraadka nidaamka ee ka jira qalab kasta oo kombuyuutar ah, nooca khaladaad ee aan la kulmi karno hawlaha xisaabinta ee maalinlaha ah, iyo hababka kala duwan ee aan awoodno. in la qaado si loo hagaajiyo arrimaha kheyraadka nidaamka hooseeya.

What is a System Resource? | Different Types of System Resources

System Resource: Being resourceful is a universally attractive trait, what resourceful does not equal to is having a lot of resources at one’s disposal but the ability to maximize one’s potential or the scarce resources available to him or her at any given time. This is not only true in the real world but also in hardware as well as the software we have come to use in our day to day life. To put things in perspective, even though performance-oriented vehicles are desired, fantasized, and craved by many not everyone will end up buying a sports car or a sports bike even if they had the means to if you ask most of the people why they did not buy such a vehicle their reply would be “it’s not practical”.

Now, what it means is that even as a society our choices skew towards efficiency. The vehicles that have the highest mass appeal aren’t extremely attractive but what they offer is efficiency in terms of cost, fuel economy and maintenance.  So simply having the most expensive hardware won’t cut it if it draws a lot of power to just edit a simple spreadsheet which can also be done on a smartphone these days or simply installing the most expensive game or software won’t do either if it freezes as soon as we open it. The answer to what makes something efficient is the ability to manage the available resources in a very smart way that gives us the maximum performance for the least amount of energy and resource expenditure.

What is a system resource?

A short and crisp definition of this would be, the ability of the operating system to efficiently carry out the user-requested tasks utilizing all of the hardware and software to the best of its ability.

Due to the rapid advancements in technology the definition of a computer system has moved beyond a box with some blinking lights that have keyboard, screen, and mouse attached to it. Smartphones, laptops, tablets, single board computers, etc. have completely shifted the idea of a computer. But, the underlying fundamental technology that powers all of these modern marvels have largely remained the same. Something which won’t change anytime soon either.

Let’s dig deeper into how does a system resource work? Just like any resource the moment we turn on our computer, it verifies and validates all the current exiting hardware components connected to it, which then gets logged into the Windows Registry. Here, the information on the capacities and all the free space, amount of RAM, external storage media, etc is present.

Along with this, the operating system starts the background services and processes as well. This is the first immediate use of the resources available. For eg., if we have installed an antivirus program or any software that needs updating regularly. These services start right when we turn on the PC, and start updating or scanning files in the background to of course to protect and keep us update.

A resource request can be a service that an application, as well as the system, needs or for programs to run upon user request. So, the moment we open a program, it goes checking for all the resources available for it to run. Upon checking if all the requirements are met the program works just as intended. However, when the requirement is not met, the operating system, checks which apps are hogging on that scare resource and tries to terminate it.

Ideally, when an application requests for any resource, it has to give it back but more often than not, the applications that requested specific resources end up not giving the requested resource upon completing the task. This is why sometimes our application or system freezes because some other service or application is taking away the required resource for it to run in the background. This is because all of our systems come with a limited amount of resources. So, managing it is of prime importance.

Different types of System Resources

A System resource is used by either hardware or software to communicate with each other. When software wants to send data to a device, such as when you want to save a file to a hard drive or when the hardware needs attention, such as when we press a key on the keyboard.

There are four types of system resources we will be encountering while operating the system, they are:

• Direct Memory Access (DMA) channels
• Interrupt request lines (IRQ)
• Input and Output addresses
• Memory addresses

When we press a key on the keyboard, the keyboard wants to inform the CPU that a key has been pressed but since CPU is already busy running some other process there is now we can stop it till it completes the task at hand.

To tackle this we had to implement something called interrupt request lines (IRQ), it does exactly what it sounds like it interrupts the CPU and lets the CPU know that there is a new request that has come up from say the keyboard, so the keyboard places a voltage on the IRQ line assigned to it. This voltage serves as a signal for the CPU that there is a device that has a request which needs processing.

An operating system relates to memory as a long list of cells that it can use to hold data and instructions, somewhat like a one-dimensional spreadsheet. Think of a memory address as a seat number in a theatre, each seat is assigned a number regardless of whether someone is sitting in it or not. The person sitting in a seat could be some kind of data or instruction. The operating system does not refer to the person by the name but only by the seat number. For example, the operating system might say, it wants to print data in memory address 500. These addresses are most often displayed on the screen as a hexadecimal number in the segment offset form.

Input-output addresses which are also simply called ports, the CPU can use to access hardware devices in much the same way it uses memory addresses to access physical memory. The address bus on the motherboard sometimes carries memory addresses and sometimes carries input-output addresses.

If the address bus has been set to carry input-output addresses, then each hardware device listens to this bus. For example, if the CPU wants to communicate with the keyboard, it will place the Input-Output address of the keyboard on the address bus.

Once the address is placed, CPU announces the address to all if the Input-Output devices that are on the address line. Now all input-output controllers listen for their address, hard drive controller says not my address, floppy disk controller says not my address but keyboard controller says its mine, I’ll respond. So, that’s how the keyboard ends up interacting with the processor when a key is pressed. Another way to think about the way work is Input-Output address lines on the bus work much like an old telephone party line – All devices hear the addresses but only one responds ultimately.

Another system resource used by hardware and software is a Direct Memory Access (DMA) channel. This is a shortcut method that lets an input-output device send data directly to memory bypassing the CPU completely. Some devices such as the printer are designed to use DMA channels and others such as the mouse are not. DMA channels are not as popular as they once were this is because their design makes them much slower than newer methods. However, slower devices such as floppy drives, sound cards, and tape drives may still use DMA channels.

So basically hardware devices call the CPU for attention using Interrupt Requests. The software calls hardware by the input-output address of the hardware device. The software looks at a memory as a hardware device and calls it with a memory address. DMA channels pass data back and forth between the hardware devices and memory.

Recommended: 11 Tips To Improve Windows 10 Slow Performance

So, that’s how the hardware communicates with software to allocate and manage system resources efficiently.

What are the errors that can occur in System Resources?

System resource errors, they are the worst. One moment we are using the computer everything is going fine all it takes is one resource-hungry program, double click that icon and say goodbye to a system that works. But why is that though, bad programming possibly but it gets even more tricky because this happens even in the modern operating systems. Any program that gets executed needs to inform the operating system what amount of resources that it may need to run and specify how long it may need that resource. Sometimes, that may not be possible due to the nature of the process the program runs. This is called the memory leak. However, the program is supposed to give back the memory or the system resource that it requested earlier.

And when it doesn’t we may see errors like:

• “Your computer is low on memory“
• “System is dangerously low on resources”
• “Insufficient system resources exist to complete the requested service”

And more.

How can we fix System Resource Errors?

A combination of 3 magical keys ‘Alt’ + ‘Del’ + ‘Ctrl’, this should be a staple for anyone who faces a frequent system freezes. Pressing this takes us directly to the Task Manager. This lets us view all the system resources utilized by various programs and services.

More often than not we would be able to usually find out which application or program is consuming a lot of memory or making a high amount of disk reads and writes. Upon successfully locating this we would be able o take back the lost system resource by either ending the problematic application altogether or by uninstalling the program. If it is not any program it would be beneficial for us to go searching into the services section of the task manager that would reveal which service is consuming or taking up resources silently in he background thus robbing of this scarce system resource.

There are services that start when the operating system starts these are called startup programs, we can find them in the startup section of the task manager. The beauty of this section is that we don’t have to actually do a manual search for all of the resource-hungry services. Instead, this section readily displays the system impacting services with a startup impact rating. So, using this we can determine which services are worth disabling.

The above steps would definitely help if the computer doesn’t fully freeze or just certain application is frozen. What if the whole system is frozen completely? Here we would be rendered with no other options none of the keys are function as all of the operating system is frozen due to unavailability of the required resource for it to run but to restart the computer. This should fix the freezing issue if it was caused due to a misbehaving or non-compatible application. Upon detecting which application caused this we can go ahead and uninstall the problematic application.

There are times that even the above steps won’t be of much use if the system keeps hanging despite the above-detailed procedure. Chances are that it could be a hardware related issue. Especially, it could be some issue with the Random Access Memory (RAM) in this case, we will have to access the RAM slot in the motherboard of the system. If there are two modules of RAM, we can try running the system with one RAM individually of the two, to figure out which RAM is at fault. If any issue is detected with the RAM, replacing the faulty RAM would end up solving the freezing issue caused by low system resources.

Conclusion

With this, we hope you understood what system resource is, what are the different types of system resources that exist in any computing device, what kind of errors we can come across in our day-to-day computing tasks, and various procedures we can undertake to fix the low system resource issues successfully.

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