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As we know that testing is the most important stage in the process of delivery of any application or software. Testing not only validates the quality of an application but also provides an opportunity to the developer to improve its product.

Every application is being developed in some high or low level language which means some code has been written for its development so on the basis of execution of code written for the application there is classification of testing namely static testing and dynamic testing.

In this article, we will discuss all the important differences between static testing and dynamic testing. Let’s start with some basics of static testing and dynamic testing.

What is Static Testing?

Static testing is the testing in which code written for application is not executed during testing phase and only review of code is performed and basis on which defects and code quality has been examined. As its name implies, static testing performs the static verification of the code. It targets the assessment of program code and documentation.

Static testing is generally performed before the compilation of the code. Static testing involves two types of testing techniques namely review and static analysis.

What is Dynamic Testing?

Dynamic testing there is execution of code written for the application and then defects and application behavior has been examined. Dynamic testing is performed to examine the behavior of the software based on dynamic inputs. The dynamic testing of a software product is performed after compilation of the software code.

Dynamic testing is classified into two types namely – white box testing and black testing. In software testing techniques, the dynamic testing is one of the essential tools for detecting any security threats. The dynamic testing increases quality of the product.

Difference between Static and Dynamic Testing

The following table highlights the major differences between Static Testing and Dynamic Testing −

Parameter Static Testing Dynamic Testing

Definition Static testing is the testing in which code written for application is not executed during testing phase and only review of code is performed and basis on which defects and code quality has been examined. Dynamic testing there is execution of code written for the application and then defects and application behavior has been examined.

Nature of testing As name states static testing does the static verification process in which the requirement and corresponding written code has been verified. Dynamic testing does the validation process which examines the expected behavior of the application based on dynamic inputs provided to the application.

Testing target Static testing targets to the assessment of code and documentation. Dynamic testing targets the runtime bugs/bottlenecks in the software system.

Prerequisite For static testing, a checklist of application process and documentation is required. For dynamic testing, test cases for execution are to be developed.

Stage of testing Static testing generally get performed before compilation of code Dynamic testing mostly performed after compilation of code.

Cost to Company In Static testing, the cost of finding the defects and fixing them is less. Also, the Return on Investment is high because static testing is carried out at an early stage of development. In case of Dynamic testing, the cost of finding and fixing the defects is high. Also the Return on Investment (RoI) is low because this process is carried out after the development phase.


The most important difference between static and dynamic testing is that the static testing checks the defects in software without actual execution of the software code and it analyzes the static behavior of the software, while dynamic testing is used to analyze the dynamic behavior of the software.

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Difference Between System Testing And Acceptance Testing

Testing is a major step for the successful delivery of any application. On the basis of the level of execution of testing, we can classify testing into two categories − System Testing and Acceptance Testing. Read this article to learn more about system testing and acceptance testing and how they are different from each other.

What is System Testing?

System Testing is a type of testing which is used to validate the functionality of a developed software product. It is also known as black box testing. This testing involves the behavioral as well as functional testing of the software product as per the documents provided for testing. System testing is generally performed by developers as well as testers.

System testing includes both the module basis testing and integration testing with multiple modules. System testing is generally executed after the development and before the delivery of the software product. Since the system testing is performed by a group of testers, thus it would contain more negative test cases. The system testing uses all the possible dummy inputs for testing purpose.

What is Acceptance Testing?

Acceptance testing is a type of testing that validates if a developed software product meets the client’s requirements or not. It covers the testing of parameters provided by the client before development of the software product.

Acceptance testing is generally performed by testers as well as clients. Therefore, acceptance testing covers both alpha and beta testing. This testing is generally performed after the system testing and before the delivery of the software product. Unlike system testing, acceptance testing uses all the possible random values of the inputs for testing.

Difference between System Testing and Acceptance Testing

The following are some basic differences between System Testing and Acceptance Testing −


System Testing

Acceptance Testing


System Testing is the testing which basically validates the functionality of product developed. Also this testing covers the behavioral as well as functional testing as per the document provided to the tester for testing.

Acceptance testing is the type of testing which is used to check whether the software meets the customer requirements or not. It basically covers the acceptance criteria provided by the client before development of product.

Performed By

In general, System testing is done by developers as well as testers.

Acceptance testing is done by testers, stakeholders as well as clients.


System Testing covers the module basis testing as well as integration testing with multiple modules.

Acceptance testing covers alpha and beta testing which means it is done at both sides i.e. at the side of delivery as well as side of client.

Order of execution

System testing is generally done after development and before delivery of the product.

Acceptance testing is done after System testing and delivery of the product.

Test Cases

In System Testing since it is performed by group of testers, it would contain more negative test cases.

Acceptance Testing contains more of positive test cases


All the possible dummy inputs are used in System Testing.

In acceptance testing, all the possible random inputs are used.


The most significant difference between the two types of testing is that System Testing covers the behavioral as well as functional testing of the product as per the document provided, whereas Acceptance Testing covers the acceptance criteria provided by the client before development of the product.

Difference Between Fixed Channel Allocations And Dynamic Channel Allocations.

Channel allocation techniques are used in radio resource management for wireless and cellular networks to distribute bandwidth and communication channels to base stations, access points, and terminal devices.

The objective of channel allocation is to maximize system spectral efficiency in bits/s/Hz/site through frequency reuse while maintaining a high level of service by minimizing co-channel and neighboring channel interference among neighboring cells or networks that share the bandwidth.

Channel allocation techniques can be grouped into two categories: Fixed Channel Allocation and Dynamic Channel Allocation.

Read through this article to find out how these two channel allocation techniques are different from each other.

What is Fixed Channel Allocation?

Fixed Channel Allocation (FCA) is a technique in which cells are assigned a certain number of channels or voice channels. The channels cannot be altered after they have been assigned to certain cells. In FCA, channels are assigned in such a way that Frequency reuse is maximized. If a user makes a call and the cell is occupied, then the call is blocked. Borrowing the channels from other cells is a solution to this problem.

Fixed channel allocation scheme is preferred in situations where there are a small number of fixed users having a steady flow of uniform network traffic. The allocation technique is simple and so it can avoid the overhead of complex algorithms. In addition, there is no interference between the users since each user is assigned a fixed channel which is not shared with others.

What is Dynamic Channel Allocation?

Dynamic Channel Allocation is a channel allocation technique in which channels are not assigned to cells indefinitely. When a user requests a call, the Base Station (BS) sends the request to the Mobile Station Center (MSC) for channel or voice channel allocation. This reduces the chances of calls being blocked. As the volume of traffic grows, additional channels are assigned, and vice-versa.

DCA adjusts the bandwidth allotment as per the traffic volume and hence it is particularly suitable for bursty traffic. However, DCA schemes increase the computational as well as storage load on the system.

Difference between Fixed Channel Allocation and Dynamic Channel Allocation

The following table highlights the major differences between FCA and DCA.

KeyFixed Channel Allocation(FCA)Dynamic Channel Allocation (DCA)Channel AllocationCells are given a fixed number of channels or voice channels.Cells are not given a fixed number of channels. The number of channels to be allotted to each cells is not fixed initially.BlockageIf all the channels are occupied, then user call is blocked.If all the channels are blocked, then the Base Station (BS) requests more channels from the Mobile Station Center (MSC).Frequency UsageSince the cellular channels are separated by the shortest possible distance, frequency reuse is maximized.Frequency reuse is not maximum because of random channel allocation.AlgorithmComplex algorithms are not utilized in chúng tôi determine which accessible channel is the most efficient, DCA uses complex and sophisticated algorithms.CostFCA is less expensive than DCA.DCA is costly as it requires real-time computation.Cell AllocationOnce a call is finished in FCA, the cell retains the assigned chúng tôi a call is concluded in DCA, the channel or voice channel is returned to the MSC.MSCThe Mobile Station Center has less burden to handle in case of chúng tôi Mobile Station Center in case of DCA has high signal load, and has more responsibilities.


In dynamic channel allocation, channels are allotted to users dynamically as per their requirements, from a central pool. Frequency channels are not permanently allotted to any user. The available channels are kept in a pool, which are distributed among the contending users based on the network requirements and the traffic load.

DCA helps in the optimum utilization of network resources and reduces the chances of denial of services, call blocking, and transmission interference to a great extent, which is why it is a better channel allocation technique than fixed channel allocation.

Difference Between Naloxone And Naltrexone

Two of the most frequent opioid antagonists used to treat substance abuse are naloxone and naltrexone. Although it has certain long-term uses, Narcan (Naloxone) is mostly employed as a short-term opiate drug blocker. Opioid overdose antidote that works similarly to Naltrexone (ReVia and Vivitrol) but has a shorter treatment time.

Naloxone and naltrexone are both effective and potentially lifesaving treatments for opioid addiction. Talk to your doctor first, though, because many of these drugs might have dangerous interactions with others.

What is Naloxone?

This medication aids in preventing the ill effects of opioids (substances that act on opioid receptors to produce morphine-like effects). As an opioid antagonist, it can be used to reverse the effects of an overdose on opiates, such as breathing difficulties.

Opiate replacement medications like Suboxone, which includes both naloxone and buprenorphine, also make use of naloxone (sold under the brand name Subutex). This serves as a protection against the substance being abused.

What is Naltrexone?

It’s a drug prescribed for people with substance abuse disorders, particularly those who are dependent on opioids or alcohol. For those who have developed a tolerance to opioids and are trying to break that tolerance, this drug is useful because it prevents them from relapsing. The “need” for opioid is lessened as a side effect. Addiction to drugs or alcohol cannot be cured in this way.

Differences: Naloxone and Naltrexone

The following table highlights the major differences between Naloxone and Naltrexone −





It saves lives by reversing the effects in case there is some drug overdose. This has very strong affinity for Mu receptor. It is a repetitive competitive antagonist. The effect lasts about 45 minutes.

It aids in recovery and prevents drug and alcohol dependence. It binds more slowly.


Injected into a patient suffering from an opioid overdose

Works rapidly to take the effect of the drug away

It is also used for for blood pressure support in septic shock

It has been in use for over 30 years

It is injected and slowly released into the body

It works in the brain to block opiate effects (for example pain relief and feelings of well-being)


Concomitant benzodiazepine and opioid use

History of opioid dose

History of substance overuse disorder

Respiratory conditions (e.g., Sleep Apnea and COPD)

Excessive alcohol use

Mental health condition(s)

Multiple guidance’s/guidelines also suggest prescribing naloxone to individuals who were earlier on chronic opium like substances and have lost forbearance to an earlier dose and are at a risk of resuming that dose using prescriptions of illicit drugs (e.g., opioid taper underway, recent release from prison or detoxification facility)

Anyone beginning Naltrexone must be opioid (category of drugs that include the illegal substance like heroin) free. Though there is no proper information and evidence to decide which patients with Opioid Use Disorder are the best fit for this medication called naltrexone, the eligible candidates to consider include;

Highly motivated (e.g. want to live)

Desire a non-opioid option for OUD treatment

Short term opioid use (e.g. younger patients)

Poor response to other OUD patients

In a mandated monitoring program (e.g., pilots)

Co-morbid OUD and AUD

Patients who are not candidates for naltrexone include patients who use opioid in the last 7 days, have liverfailure, acute hepatitis or are pregnant. Patients without supervised administration are not good candidates for oral therapy. Patients with low muscle mass are not good candidates for the injection.

Length of effects

Often wears off within 30 minutes and completely gone within 90 minutes

The pill form may last all day; the injectable form may last for up to 30 days.


This medication should not be taken during pregnancy as it may cause may cause opioid withdrawal in the foetus

Using this medicine with any of the following medicines is usually not recommended; Morphine, Naloxegol, Morphine Sulfate Liposome, Oxycodone, Naldemedine, Oxymorphone

Some products that may interact with this medication include: disulfiram, diarrhoea drug (such as diphenoxylate) dextromethorphan, opioid pain or cough relievers (for example hydrocodone, codeine), thioridazine.

Oral bioavailability

2 per cent (high absorption but extensive first-pass metabolism)

Up to 40 percent


Naloxone and Naltrexone are two medications that are used to treat opioid addiction, but they have different uses and mechanisms of action. Naloxone is used to reverse the effects of an opioid overdose, while Naltrexone is used to prevent relapse in people who are trying to stop using opioids.

Both medications are important tools in the fight against opioid addiction, and they can be used together to provide a comprehensive treatment plan.

Difference Between Gps And Gprs

What is GPS?

GPS (Global Positioning System) is a satellite-based route framework that gives exact area and timing data to clients around the world. It employs an arrangement of circling satellites to decide the area, speed, and time of a GPS collector.

GPS was initially created by the Joined Together States Division of Defense for military applications, but it was made accessible for civilian utilize in the 1980s. Nowadays, GPS is broadly utilized in an assortment of applications, counting routes, looking over, mapping, following, and timing.

The GPS recipient employs these signals to calculate its position, speed, and time. The more signals the collector can get, the more accurate its location data will be. Ordinarily, a GPS collector will have to get signals from at slightest four satellites to decide its position precisely.

GPS has revolutionized navigation and area following, making it conceivable for people and organizations to pinpoint their area with tall exactness in any place within the world. It has moreover empowered an extent of modern applications, from real-time following of vehicles and cargo to accuracy horticulture and looking over.

What is GPRS?

GPRS is an always-on benefit, which suggests that information can be transmitted and gotten ceaselessly, without the ought to build up an association each time information is sent. GPRS works by partitioning the accessible transfer speed of a cellular network into little parcels of information, which are at that point transmitted over the organize. Each parcel is directed to its goal utilizing the foremost proficient way, which makes a difference to optimize arrange execution and diminishing inactivity.

GPRS has been to a great extent supplanted by more up-to-date versatile information innovations, such as 3G, 4G, and 5G, which offer quicker information exchange speeds and more progressed highlights. Be that as it may, GPRS is still utilized in a few regions where more progressed versatile information systems are not accessible, or where the fetching of overhauling to a more up-to-date innovation is restrictive.

Differences between GPS and GPRS

The differences are in the following table −

Basis of Difference



GPS is utilized for the area following and route.

Whereas GPRS is utilized for portable information exchange and communication.


GPS could be a satellite-based route framework that employs an arrangement of circling satellites to decide the area, speed, and time of a GPS receiver.

GPRS, on the other hand, maybe a packet-based remote communication benefit that empowers information exchange over a portable organization.


GPS is utilized for an assortment of applications, such as route, following, mapping, and studying.

GPRS is utilized for versatile web browsing, e-mail, and remote checking, among other applications.


GPS scope is worldwide because it employs an arrangement of satellites to supply area information.

GPRS scope is limited to the scope region of a cellular organization.

Transmission capacity

GPS requires exceptionally small transmission capacity because it as it were should transmit area information.

GPRS, on the other hand, can transmit information in little parcels, which makes it perfect for applications that require more transfer speed but visit information transmission.


GPS gives exceedingly precise area data, with an exactness of up to a couple of meters.

GPRS does not give area data but can be utilized to transmit area information from a GPS-enabled gadget.


In conclusion, GPS and GPRS are two diverse innovations that serve diverse purposes. GPS may be a satellite-based route framework that provides highly accurate area data, whereas GPRS could be a packet-based remote communication benefit that empowers information exchange over a portable organize. By understanding the contrasts between these two innovations, y be able to make educated choices appropriately /approximately which one to utilize for your specific needs.

Difference Between Beak And Bill

The anatomy of bird’s beaks, rostrum or bills which are used for preening, eating, fighting, courtship, feeding the young and even courtship, is adapted to their eating habits and lifestyle. Although these structures may have significant differences in color, texture, shape, and size, they are basically bony projections, in the lower and upper mandibles, and also have two holes leading to the respiratory system, commonly referred to as nares lead. The features bill, beak and rostrums are evident in different species hence serve different purposes.

What is Beak?

Beaks are basically a layer of the epidermis and are made up of a substance called keratin. They also have two holes, which are visible at the top, called nares, whose use is respiration. Beaks are connected by soft tissues and bones and may be of diverse types, such as thin, sharp, curved, long, slender, flat, conical and chisel beaks, just to name a few.

Despite the fact that beaks have many functions, the most significant one is feeding. Characteristics of birds can hence be easily categorized according to a bird’s beak structure, which in turn corresponds to the feeding habits.

What is Bill?

Bills are mostly common in birds such as flamingos, spoonbills, and pelicans which enable them to filter food in water. They have two parts, the fleshy covering and the bony skeleton of the jaws. Some birds such as finches use the bill to open seeds.

Differences: Beak and Bill

So, what exactly is the difference between a beak and a bill? In general, the term “beak” is typically used to describe the hard, pointed structure found on the face of birds such as eagles, hawks, and falcons. Beaks tend to be sharp and strong, enabling these birds to tear flesh from their prey or crack open tough shells to access food.

On the other hand, the term “bill” is often used to refer to the broader, flatter structures found on birds such as ducks, geese, and swans. Bills tend to be less sharp and more versatile than beaks, allowing these birds to filter feed in water or scoop up vegetation from the ground. Bills may also be used for courtship displays, such as when a male peacock fans out his brightly colored feathers and vibrates his bill to attract a mate.

Another key difference between beaks and bills is their shape and size. Beaks tend to be longer and more pointed, with a distinct curvature that helps them grip and tear prey. Bills, on the other hand, may be broader and flatter, with a more subtle curve that allows them to scoop up food or filter water. Additionally, while beaks are generally symmetrical, bills may be asymmetrical, with one side being larger than the other to aid in feeding.

The structure and function of beaks and bills can also vary depending on a bird’s species and habitat. For example, birds that live in wetland environments may have bills that are specifically adapted for catching fish or filtering water, while birds that live in forested areas may have beaks that are better suited for cracking open nuts or tearing apart bark.

It’s also worth noting that not all birds have beaks or bills in the traditional sense. Some species, such as parrots and toucans, have highly specialized structures known as “beak complexes” that allow them to manipulate and crack open tough foods with incredible precision. And some birds, such as the kiwi, have a small, soft protuberance on their face that is sometimes referred to as a “bill” but is not used for feeding at all.





Beaks are pointed and rounded at the end.

Bills are flat and rounded on the end.

Feeding habits

Beaks are common in birds that mainly feed on meat.

Bills are common in birds that feed on water creatures.


In summary, while the terms “beak” and “bill” are often used interchangeably, there are distinct differences between these two structures. Beaks tend to be longer, sharper, and more pointed, while bills are broader, flatter, and more versatile. These differences in shape and function allow birds to adapt to their specific habitats and feeding strategies, and make them some of the most fascinating and adaptable creatures on the planet.

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