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Difference Between Computer Engineering vs Software Engineering

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Head to Head Comparison Between Computer Engineering vs Software Engineering (Infographics)

Key Difference Between Computer Engineering vs Software Engineering

Let us discuss some of the major key differences between Computer Engineering vs Software Engineering:

The one of the major differences between software engineering and computer engineering is based on core educational studies. The educational studies of computer engineering include analysis of data, computing process and knowledge of software and hardware systems. The computer engineering helps to gain knowledge of data management process. Software engineering process deals with the software development process, stages of development process and how the performance can be enhanced for the software. Computer engineering helps to know the science for working of computer system while on other hand software engineering deals with mathematical principles to design software and hardware systems.

The other important difference between two branches is career paths. In the computer engineering branch, the individual has several career paths as he can opt for IT industry, website designing, game development, IT support and many more. On the other hand, in the software engineering branch the individual has very specific job roles as they can opt for designing of software systems.

The other common difference between two engineering is software and hardware interaction. In the computer engineering branch, the concepts of software and hardware interaction is included. The individual that deals with computer engineering need to get knowledge of how the software can be interact with the hardware system. On the other hand, in the software engineering branch, concepts of software are only included. The individual that deals with the software engineering branch need to take care of software creation process, maintenance and testing of software programs.

Another key difference between two engineering branches is design of software. The computer science individual can learn about algorithms and theories of how the program actually work and how the application can be developed using programming language. On the other hand, the software engineer can use the information of computer engineer and can develop specific software as per the business requirements.

The other comparison difference for the computer engineering and software engineering is computer coding. Computer coding is included in both type of engineering branch that helps to learn about the programming language and its concepts. In the software engineering branch, it is more focused on leaning coding and develop the software programs. On the other hand, computer engineering deals with learning of computer language and interaction mechanism of the software and hardware applications.

The other difference between tow engineering branch is scientific theories. The computer engineering branch deals with the scientific theories that can be applied to calculate computer operations, data system and the complete procedure to design the software programs. On the other hand, the software engineering branch deals with the scientific theories to design the frameworks, applications and software programs. Software engineering helps to design the real-scenario computer applications. Real – time engineering concepts are used in the software engineering branch to develop software programs. Computer engineering branch deals with the computer operations.

Computer Engineering vs Software Engineering Comparison Table

Factor Computer Engineering Software Engineering

Definition Computer science is type of branch that deals with the computer system and helps to gain the knowledge about the computer system and its process. It helps to understand about various computational process. Software engineering is type of branch that helps to analyse the user requirements and according to that software designing, developing and testing is done for the software. The software that is developed is completely based on the user requirements.

Meaning The general meaning of computer science is study of the computer system and how the performance of computer system can be enhanced. The general meaning of software engineering is study of the software system and gaining knowledge of complete procedure.

Selection Procedure The computer engineering branch can be selected when an individual has interest to know about artificial intelligence, security, machine learning or graphics design. The software engineering branch can be selected when an individual has interest to know the complete build procedure of the software. The individual can get complete information of the software making.

Project Management In the computer engineering branch, project management helps to get better understanding about computer system concepts. But mostly this course is included in software engineering branch. In the software engineering branch, project management course can be included to get proper knowledge about software development process.

Included Courses Computer engineering branch included several courses like knowledge of computing devices, data processing techniques and data managerial course. The software engineering branch deals with several courses that includes programming course, computing principles and other courses.

Scope The future scope of the computer engineering branch includes artificial intelligence technology, cloud computing, machine learning and many more. The future scope of the software engineering branch depends on the upcoming software technology that can be used for the development of the software.

Expected Salary The scope of computer engineering branch is bright and a person that study the computer engineering branch is called computer engineer. The salary of computer engineer is more than software engineer. The scope of software engineering branch is bright and a person that study the software engineering branch is called software engineer. The salary of software engineer is less than computer engineer.


The computer engineering branch and software engineering branch has its own importance and helps the individual to excel in their life. Both type of courses provided the ample opportunities for the individual to learn about the computer system and software programs and the complete architecture.

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Learn The Basic Concepts Of Security Engineering

Introduction to Security engineering

Security Engineering focuses on the security aspects in the development of the systems so that they can deal robustly with losses caused by accidents ranging from natural disasters to malicious attacks. The main motto of security Engineering is to not only satisfy pre-defined functional and user requirements but also preventing the misuse of the system and malicious behavior. Security is one of the quality factors of a system that signifies the ability of the system to protect itself from accidental and malicious external attacks. It is an important issue as networking of the system has increased, and external attacks to the system through the internet can be possible. Security factor makes the system available, safe, and reliable. If a system is a networked System, then the reliability and its safety factors become more unreliable.

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Why do we need security Engineering? Security risk management

Vulnerability avoidance: The system is designed so that vulnerabilities do not occur. Say if there is no network, then the external attack is not possible.

Detection and removal of attacks: The System is designed so that attacks can be detected and removed before they result in any exposure of data programs s same as the virus checkers who detect and remove the viruses before they infect the system.

Damage caused due to insecurity.

Corruption of programs and data: The programs or data in the system may be modified by unauthorized users.

Unavailability bod service: The system is affected and out into a state where normal services are not available.

Leakage of confidential information: Information that is controlled by the system may be disclosed to the people who are not authorized to read or use that information.

System survivability

System survivability is nothing but an ability of a system to continue performing difficult functions on time even if a few portions of the system are infected by malicious attacks or accidents. System survivability includes elements such an s reliability, dependability, fault tolerance, verification, testing, and information system security. Let’s discuss some of these elements.

Adaptability: even if the system is attacked by a threat, the system should have the capability to adapt to the threat and continue providing service to the user. Also, the network performance should not be degraded by the end-user.

Availability: The degree to which software remains operable in the presence of system failures.

Time: Services should be provided to the user within the time expected by the user.

Connectivity: It is the degree to which a system performs when all nodes and links are available.

Correctness: It is the degree to which all Software functions are specified without any misunderstanding and misinterpretations.

Software dependence: The degree to which hardware does not depend upon the software environment.

Hardware dependence: The degree to which software does not depend upon hardware environments.

Fault tolerance: The degree to which the software will continue to work without a system failure that would cause damage to the user and the degree to which software includes recovery functions

Fairness: It is the ability of the network system to organize and route the information without any failure.

Interoperability: It is the degree to which software can be connected easily with other systems and operated.

Performance: It is concerned with the quality factors kike efficiency, integrity, reliability, and usability. Sub factors include speed and throughput.

Predictability: It is the degree to which a system can provide countermeasures to the system failures in the situation of threats.

Modifiability: It is the degree of effort required to make modifications to improve the efficiency of functions of the software.

Safety: It is the ability of the system to not cause any harm to the network system or personnel system.

Recoverability: It is the ability of the system to recover from an accident and provide normal service on time.

Verifiability: It is about the efforts required to verify the specified Software functions and corresponding performance.

Security: it is the degree to which the software can detect and prevent the information leak, loss of information, and malicious use, and then any type of destruction.

Testability: It is about the efforts required to test the software.

Reusability: It is the degree to which the software can be reused in other applications.

Restorability: It is the degree to which a system can restore its services on time.

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5 Best Ti Engineering & Statistics Calculators

5 best TI engineering & statistics calculators




Texas Instruments is a well-known brand in the field of personal calculators. They manufacture some of the best calculators that you can find on the market, spread out across a wide range of domains.

These include pocket calculators, scientific calculators, and even graphing calculators. This versatility in product choice may make it hard for some to choose the right model for themselves.

That is why we’ve compiled a list of what we think are the best Texas Instruments for engineering and statistics.

High-resolution, full-color backlit display

Rechargeable battery

Preloaded apps and images

MathPrint feature

Seven different graph styles for differentiating the look of each graph drawn

Available in a variety of fun colors

The price tag

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If you’re looking for a scientific and graphing calculator that offers everything that you need, but not enough to make it forbidden in exam classes, then the Texas Instruments TI-84 CE is the right choice.

It features a high-resolution display and you can even use real-world images on it,  and it can also load 7 different graph styles, allowing great versatility in terms of equation representation.

Graphing calculator handles calculus, engineering, trigonometric, and financial functions

Can display graphs and tables on split screen to trace graphs

The LCD screen features 64 x 96-pixel resolution for clear, readable display

The TI-83 Plus is approved for use in many exams

Built-in memory for storage and analysis of up to 10 matrices

Fourteen interactive zoom features.

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The Texas Instruments TI-83 Plus is the predecessor of the Texas Instruments TI-84 CE, but that doesn’t make it less effective than its newer counterpart.

In fact, they feature pretty much the same toolset, but this model caters more towards older users, thanks to the button arrangement.

However, it can still come as useful for students, as it is permitted in pretty much all of the most popular exams.

Robust, professional-grade scientific calculator. Logs and antilogs

Easily handles 1 and 2 variable statistical calculations and three angle modes

It has 1-year limited warranty

Solar and battery-powered

The display is no eligible from certain angles

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Expert tip:

It is made to help students explore math and science concepts in an easy manner since it shows entries on the top line and results on the bottom line.

It also allows a review of previous entries to look for patterns, making it ideal for general math, algebra 1 and 2, geometry, trigonometry, statistics, and science.

Ideal for curricula in which graphing technology may not be permitted

MultiView display shows multiple calculations at the same time

MathPrint shows math expressions, symbols, and stacked fractions

Ideal for high school through college

Convert fractions, decimals, and terms including Pi into alternate representations

Select degrees/radians, floating/fix, number format modes

Weird button placement for certain functions

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If you are into multitasking, then you will love this model’s MultiView function that allows multiple calculations to be displayed simultaneously, even if they are complicated math equations.

One-line, 10-digit display

Fraction features

One-variable statistics


Basic scientific and trigonometric functions

Ideal for general math and general science, pre-Algebra, algebra 1 and 2

Some issues with button response

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The ultra-simplified Texas Instruments TI-30Xa makes a great addition to anyone still in school or taking math courses in college thanks to the perfect balance between simplicity and the toolset level.

It features basic scientific and trigonometric functions, and it is also ideal for general math and general science, pre-algebra, algebra 1 and 2, making it a must-have for anyone still in school.

Texas Instruments proves once again that it is the go-to manufacturer of calculators for anyone doing math at a beginner, intermediate, or a professional level.

The graphing calculators are perfect for good equation representations, the scientific calculators are great for pretty much all branches of math, and the regular pocket calculators offer all the tools any student may ever need.

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Data Abstraction For Data Engineering With Its Different Levels

This article was published as a part of the Data Science Blogathon.


A dat l is an abstraction of real-world events that we use to create, capture, and store data in a database that user applications require, omitting unnecessary details. As mentioned earlier, when determining requirements, we collect information about different business processes and the data that each process requires. In this process, the database designer is more likely to gather a lot of information—not all of it is needed initially to model data. We will nee to separate the business objects and the information that understands the business objects.


Data Abstraction

When we move from one level (high-level conceptualization to lower-level implementation) of the data model to another, this is how to add more detail to the business objects. We will follow the levels of data abstraction as we move from user-level data requests to the physical representation of data in a database. We call this a three-t design architecture.

To facilitate the user’s interaction with the database, developers hide internal non-essential details from users. This process of hiding irrelevant details from the user is called data abstraction. The term “irrelevant” used here concerning the user does not mean that the hidden data is not relevant to the entire database. It just means that users are not interested in this data.

Three levels of data abstraction

• External level

• Conceptual level

• Inner level

The physical implementation of the database is in the selected database management software, and the selected hardware system follows these three levels, as shown in figure one below.


External Level

This level is also kn e external view. Identifying the data requirements of each user group includes identifying the user’s view of the data. First, we present what data is required by each user group and whose data is to be stored in the underlying database. The database design meets the data requi nts of the organization as a whole.

A user group is, therefore, a division or department of an organization. The data requirements for such a division or department may be only a small set of data needed to meet their functional requirements. Thus, each division or department may require a data set that may be different; however, there may be some overlap with another related division or department.

Consider a hypothetical university, Your Area Learning University, for which we want to design a database. We identify groups of users as follows:

HRD View — HRD needs data about employees, i.e., support and academic staff, information about employee benefits, and so on.

Enrollment View – a registrar’s office that needs information about student registration and student exam results.

Accounts View — Student Accounts (Business Office) that need information about financial aid, scholarships, and student fee payments.

Student Life View — Student Life, which needs data about those students who live in the halls of residence

Athletic View — An athletic department that needs data on students participating in one or more sports representing the university at regional, state, and national sporting events.

The employee table will contain information about employees; The workbench will contain data on specials.

Characteristics of the Professor table will contain data on academic staff.

The job chart will contain different job titles.

The plan table will contain information about various health and life insurance plans.

The benefits table will contain data on the benefits chosen by the employee.

External view of HRD:

Note that we have identified only a few user groups within the university here, but there may be more user groups that are not included in our discussion. We want to design a database that will jointly meet the data requirements of all the above groups.

So we need to know the need in terms of data that can be satisfied from our designed database. Each user group will only look at what they need, regardless of the others. Each user group can think that we are designing the database just for them and, therefore, their view of the data. Thus, each user view of the data represents one external view. When we combine all external views, the resulting design must meet the data needs of all user groups.

HRD needs employee data. As the information collected from the support staff is not the same as that collected from academic staff, RLZ suggested that we store some different information about academic and non-academic staff in separate tables. Only a common set of information is stored in one Employee table.

These are design criteria only, and it is not mandatory to have three tables Employee, Employees, and Professor. We’ll talk about table design in detail later, explaining how to decide how to store information in different tables. With this note, we have the following model for HRD.

The external view of HRD is shown in Chen’s notation in ERD as follows:

External view of the registrar: The registrar needs information about students, registration of students in each semester, exam results, and grades. The student table will contain data about student information, student registration records table, course tables, and class schedule in the class table. The Registrar’s Office’s exterior is in Chens Notations in the ERD.

External view of the student account:

The Student Accounts Division is part of the Business Office, which deals with student fees, scholarships, and financial aid. A student account needs information about students, registering students each semester, assessing fees, and awarding scholarships and financial aid. External view for the student

The account is shown in Chens Notations in the ERD as follows:

As you have noticed from the above scenarios, information overlaps between different groups of users. The database designer must combine data requests from all users before creating the final database.

Concept Level

This level of abstraction meets organizational data requirements. We often use the word “conceptualization” to mean an overall picture of a given situation. Once conceptualized, it is easy to imagine. In the database design, the conceptual level represents an organizational view of the data, which combines or integrates external views into a single view.

It is an organization-wide representation of data, as seen by high-level managers. At that level, we identify the main data objects and describe them in minimal detail. This is where we look at the data in terms of the relationship that may exist between them.

While we are creating a conceptual diagram using ERM, it should be noted that the ER model is independent of the database software that we can use to create our database. It is independent of the hardware on which we implement the model. The ER model is thus independent of both software and hardware platforms. This offers us the flexibility of modeling at the conceptual level, as any change in database management hardware or software will not affect the conceptual level.

Inner Level

The internal model is specific to the choice of DBMS. We implement the conceptual model into this specific DBMS modification. Essentially, we are mapping the conceptual model onto the characteristics and limitations of the selected models. This means that the internal model is dependent on the DBMS. Therefore, a change in the DBMS software may require a change in the ER model mapping to meet the DBMS requirements. The concept model is not affected. This is known as logical independence.

Let’s assume we decide to use a relational DBMS; then, our conceptual model will be mapped to the RDBMS internal model. This way, our entities will be mapped to tables. However, it does not matter which hardware platform we choose to install the DBMS, which makes the internal model independent of the hardware, as it is not affected by the choice of a computer we choose to install the software.


These systems are made up of complex data structures; every time a user interacts with the system, the developers often hide internal non-essential details from the user. The process of hiding irrelevant details is known as data abstraction. Abstraction is generally the process of removing elements from something to reduce the set of essential elements. It is usually the first step in database design. Creating a system without first creating a complete database of a simplified structure is much more complicated. These allow the developer to start with the essentials—the data abstractions—and add descending data details to create the final system

Identifying the data requirements of each user group includes identifying the user’s view of the data. First, we present what data is required by each user group and whose data is to be stored in the underlying database.

The ER model is thus independent of both software and hardware platforms. This offers us the flexibility of modeling at the conceptual level, as any change in database management hardware or software will not affect the conceptual level.

The media shown in this article is not owned by Analytics Vidhya and is used at the Author’s discretion.


The Feats Of Engineering That Dazzled Us In 2023

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Steelmaking yields between seven and nine percent of the world’s carbon emissions, mostly due to a specially processed type of coal called “coke.” At temperatures as high as 3,000°F, coke reacts with oxygen in iron ore, purifying the metal into a form needed to make steel—but belching carbon dioxide in the process. To reduce the footprint, a Swedish industrial consortium developed Hybrit, a steel whose production taps hydrogen, rather than carbon, to transform iron ore. The hydrogen, freed from water, reacts with the oxygen in ore in a machine called a shaft furnace, heated to 1,500*F with fossil-free wind energy and hydropower. The scheme releases hydrogen and water, instead of carbon dioxide, and the resulting “sponge iron” melts in an electric arc furnace with a small amount of carbon to create steel. Hybrit says the process has carbon dioxide emissions less than 2 percent of those from the standard coke-fueled regimen. This past summer, Volvo took delivery of the first batch of this “green steel” and used it to make a mining and quarrying vehicle.

A cleaner way to ship

Container ships fuel our economy of cheap consumer goods, but create almost three percent of the world’s carbon dioxide emissions. Electric batteries don’t have the energy density to efficiently power the massive vessels—and plunking chargers in the middle of the ocean is pretty much impossible. This year, Finnish engine maker Wärtsilä teamed up with the Norwegian logistics giant Grieg to bet on carbon-free ammonia to propel future ships. Powered by a Norwegian wind farm, engineers will use electrolysis to create hydrogen gas that reacts with nitrogen in a factory to create ammonia.  Wärtsilä already completed an engine burning a mix of 70 percent ammonia, and is planning a pure ammonia version to deploy in a tanker in 2024.

Your downtown sustainable seafood farm

Global hunger for farmed shrimp has destroyed some 3.4 million acres of mangrove forests since 1980, mostly in Southeast Asia. Tearing apart those carbon-absorbing ecosystems gives the practice a footprint higher than dairy cattle, pigs, or chicken. Disease outbreaks and waterways choked with waste also plague the industry. The “Vertical Oceans” model takes the whole operation indoors. The shellfish live in modular school-bus sized tanks, and algae, seaweed, and bottom-feeding fish filter out waste. This way, nearly 100 percent of the water gets recirculated, and there is no need for a sewer. A prototype in Singapore delivered 10 harvests of shrimp this year, totaling more than a ton of crustaceans.

A bridge that spots its flaws The first sea-bound floating rollercoaster

Carnival Cruise Line


Normal roller coasters use gravity to send thrill-seekers zooming and looping. But if you want to build a ride on a cruise ship—where stable, level ground is far from guaranteed—you have to get creative. Carnival Cruise Line’s BOLT coaster uses electricity to power its wee motorcycle-esque cars along a long, looping track. Riders control the speed, up to 40 mph, and travel 187 feet above sea level. Using the motor for propulsion, rather than steep freefalls, prevents the experience from reaching unsafe speeds.

Batteries that could make dirty electricity obsolete

To maintain fully renewable grids, utilities need big, inexpensive batteries to meet peak demand when the wind isn’t blowing or the sun isn’t shining. But, the lithium-ion cells inside laptops and EVs are expensive. So Form Energy has pioneered a new and highly efficient battery chemistry based on one of the most abundant metals in the Earth: iron. The company’s “Big Jim” prototype discharges electrons by reacting ambient oxygen with iron, creating rust. Inbound electrical current turns the rust back into iron, releasing oxygen, and recharging the battery. Environmental engineers say a battery that runs at $20 per kilowatt-hour is the magic number for utilities to say goodbye to coal and natural gas—which is where Form Energy hopes to price Big Jim’s final product.

AI that predicts the 3D structure of proteins

Before this year, science knew the exact 3D shape of only 17 percent of the proteins in the human body—essential components of life responsible for everything from cell maintenance to waste regulation. Understanding how these chains of amino acids pretzel themselves into unique configurations has been something of a holy grail for 50 years. AlphaFold, a machine learning algorithm, has now cracked the structures of more than 98 percent of the 20,000 proteins in the human body—with 36 percent of its predictions accurate down to the atomic level. DeepMind has put its source code and database of predictions in the public domain, opening up new possibilities for those developing new medications, doctors trying to create inhibitors for pathogenic mutations, or designers developing new materials.

Using the sky as an air conditioner

Air conditioners and fans already consume 10 percent of the world’s electricity, and AC use is projected to triple by the year 2050, sucking up more energy and pushing heat back into the surrounding landscape. SkyCool is breaking this dangerous feedback loop with rooftop nanotech that reflects light. Coated with multiple layers of optical films, the aluminum-based panels bounce radiation at wavelengths between 8 and 13 micrometers, a specific spot that allows the waves to pass through Earth’s atmosphere and into space. In doing so, the panel temperatures decline by up to 15°F, offering emissions-free cooling to a building’s existing systems. A prototype installed last fall on a grocery store in Stockton, Calif., cooled water pipes beneath the panels to chill the store’s refrigeration system—saving an estimated $6,000 a year in electrical bills.

A pair of robotic hands for laying explosives A look into the eye of a hurricane

To understand how hurricanes intensify and better forecast future disasters, scientists need data about barometric pressure, air and water temperature, humidity, and wind conditions inside a raging storm. Powered by the sun and wind, the autonomous 23-foot Saildrone became the first-ever robotic vehicle to navigate into the eye of a hurricane this past September, when it entered the category 4 storm Hurricane Sam. With its instrument wing shortened to better endure extreme conditions, the Saildrone vessel offered first-of-its-kind footage and readings, all amid winds hitting 120 mph. Labs across the country are already putting this floating Swiss Army Knife, which offers data from the ocean’s surface missing from satellite imagery, to work: NASA to augment imperfect satellite readings and study climate change, and NOAA to survey the health of Alaskan pollock.   

Fixbsod Error On Windows Computer

The chúng tôi file is a Windows system driver file that is associated with the Graphics Rendering capabilities of a computer. This file is known to cause a Blue Screen error or BSOD. But the main reasons include conflicts like RAM or Hard Disk Issues, incompatible firmware, or corrupt drivers. Fixing this issue is straightforward. However, there are various potential workarounds for the same. This applies to Windows 11 and Windows 10.

There can be the following BSOD Errors that are related to this file:

Fix chúng tôi Blue Screen error

If this error just started to occur and you have a System Restore Point created already, you can use it to revert it to your earlier settings and configuration. If not, you can just create one right after using other fixes and use it in the future if you face any similar error.

We will be undertaking the following fixes to get rid of this error,

Reinstall Graphics Card Drivers.

Run DirectX Diagnostic Tool.

Update or re-install DirectX.

Reset BIOS Configuration.

Check Registry settings.

Disable Sleep Functionality.

1] Issues related to Graphics Card Drivers

Now, the best practice for you should be to go to the website of your manufacturers like NVIDIA, AMD or Intel. Go to the section called Drivers. And download the latest definitions from there. After the download has been completed, just install the graphics driver and reboot your computer. Find the latest Graphics Drivers for NVIDIA from here, AMD from here and Intel from here.

There is another way. You may use Display Driver Uninstaller to remove AMD, INTEL, NVIDIA Drivers, and then use NVIDIA Smart Scan, AMD Driver Autodetect or Intel Driver Update Utility to download and install or update the respective drivers.

2] Run DirectX Diagnostic Tool

As mentioned above, this error is related to DirectX Graphics APIs. So, in order to fix the issue, you can try to run the DirectX Diagnostic Tool.

3] Update or re-install DirectX

Another basic fix for the issue is to update or reinstall DirectX . By updating or reinstalling DirectX, you can just replace the corrupt or incompatible components of DirectX from your computer.

4] Reset the BIOS Configuration

You can also try to Reset the BIOS Configuration and check if that fixes your issues.

5] Using the Registry Editor

Type regedit in the Search box and hit Enter. Once Registry Editor opens, navigate to the following key-


Set the name of this newly created DWORD as TdrDelay.

Exit the Registry Editor and then reboot your computer for the changes to take effect.

6] Disabling the Sleep Functionality

Sometimes the Sleep functionality of the display might also cause this BSOD. Sometimes while the graphics card’s drivers are being used in the background, the display goes to sleep, and then when it is awakened, it may cause this BSOD. To stop this, you can prevent your computer from getting into Sleep mode.

PS: This SYSTEM THREAD EXCEPTION NOT HANDLED Blue Screen can also occur for other drivers like chúng tôi or atikmpag.sys, iaisp64 sys, chúng tôi chúng tôi chúng tôi etc.

How do I fix frequent BSOD in Windows?

On broader levels, it could be because of driver issues or Windows Update, or hardware failure.  You will start with a small investigation if you recently update the driver or was a Windows Update rolled out. If yes, then uninstall it, and check if this helps.

If these don’t work, then you may need to check with the hardware, but before that make sure to run the hardware troubleshooter.

Is Blue Screen of Death fixable?

While it is not guaranteed, many BSOD codes can be fixed. Check out our detailed guide on how to fix various BSOD screens by following this quick guide. Driver issues, Windows Update, hardware failure, conflicting software are some of the common reasons for BSOD.

Is there a way to disable the Windows Error Recovery Screen?

If you are seeing the Recovery Screen every time you reboot then there is a problem that you need to fix. However, if you still want to disable the screen, then do the following after you login to your account:

Press Win key + S to open Search

Type the following command bcdedit /set bootstatuspolicy ignoreallfailures.

Reboot and check if the issue still exists.

Let us know if anything here helped you.

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