Dr. Saad Saad – recap article

Dr. Saad Saad, MD, FAAP was raised in the poor neighborhoods of Kuwait with his eight siblings. He attended the Cairo University in Egypt graduating with a medical degree in pediatrics/thoracic surgery and graduated as a salutatorian. Dr. Saad finished his internship in England before he moved to the United States where he completed his residency and became certified by the USA Board of Pediatric Surgery. Dr. Saad has been practicing for more than 40 years performing surgery on children and teens in the field of circumcisions, repairing hernia conditions, appendectomies, gastrointestinal problems, and a myriad of other medical conditions.

 

Currently, Dr. Saad Saad has retired as a co-Medical Director and Chief Surgeon from New Jersey’s K. Hovanian Childrens Hospital. Dr. Saad’s skills with medical technology and surgical adeptness, enabled him to create and design two innovative devices that will help surgical physicians in the operating room and save on costly procedures for patients. As a General Surgeon, Dr. Saad believed that improved technology would help surgeons with their medical procedures. The technology would also better find ways to reduce the pain and medical liability that his young patients could be confronted with.

 

Dr. Saad created two patented inventions, one of which uses electromagnetic energy to accurately locate and follow catheter surgeries and the second which helps clear endoscopes used within the human body. The electromagnetic catheter designed device is an original creation that eliminates the need for redundant x-rays, MRIs, and body scans to find internal catheters. Dr. Saad’s catheter guided device helps doctors, especially in emergencies, find a patient’s catheter without trying to follow its guide wires which causes time that affects a patient’s life. Learn more: https://www.healthgrades.com/physician/dr-saad-saad-ys6d8https://www.healthgrades.com/physician/dr-saad-saad-ys6d8

 

Dr. Saad’s endoscope device suctions away any body fluids and irrigates the lenses of an endoscope which can impede the vision of a physician during surgery. Endoscope surgery is associated with correcting issues involving the lungs, the esophagus, and the large intestine. Dr. Saad is seeking a manufacturer who will mass produce these amazing devices so that they are widely available to all surgeons. He is in hopeful discussions with a Utah company to achieve this end. Dr. Saad wanted to create devices that would save both patients and doctors needless hours in the operating room.

 

Dr. Saad Saad has a heart for people which is why he has received several humanitarian and medical awards. With his surgical experience and skills, he has chosen to perform free surgical procedures throughout the United States, plus he travels to Jerusalem and the West Bank to perform free medical procedures on low-income children. Dr. Saad is also affiliated with other Jersey Shore medical centers like Clara Maass Medical Center, Monmouth Medical Center, and the Jersey Shore University Medical Center.

 

Software Testing Tools

You can’t examine a test device by way of reading a statistics Sheet

All facts sheets appearance quite an awful lot alike. The buzzwords are the identical: “industry chief”, “unique generation”, “computerized trying out”, and “advanced techniques”. The display pictures are similar: “Bar Charts”, “drift Charts”, “HTML reports” and “status probabilities”. it’s miles mind numbing.

what is software program trying out?

every body who have accomplished software program trying out recognize that checking out comes in many flavors. For simplicity, we can use three terms in this paper:

system checking out
Integration testing
Unit trying out

every body does some quantity of device checking out wherein they do a number of the identical things with it that the cease users will do with it. notice that we said “some” and not “all.” one of the maximum common reasons of packages being fielded with insects is that surprising, and consequently untested, combinations of inputs are encountered by the utility whilst inside the subject.

no longer as many parents do integration testing, or even fewer do unit testing. if you have accomplished integration or unit trying out, you are possibly painfully aware of the quantity of take a look at code that must be generated to isolate a single record or institution of documents from the rest of the utility. on the maximum stringent tiers of trying out, it is not uncommon for the amount of check code written to be large than the amount of software code being examined. As a result, these stages of testing are commonly applied to project and protection essential programs in markets which include aviation, scientific tool, and railway.

What Does “computerized checking out” imply?

it’s miles widely known that the method of unit and integration checking out manually is very high-priced and time ingesting; as a result each tool this is being sold into this market will trumpet “automatic testing” as their benefit. however what is “computerized checking out”? Automation means different things to one of a kind humans. To many engineers the promise of “automated testing” means that they can press a button and they may both get a “green take a look at” indicating that their code is correct, or a “purple x” indicating failure.

alas this device does not exist. extra importantly, if this device did exist, might you need to use it? reflect onconsideration on it. What wouldn’t it mean for a tool to inform you that your code is “ok”? would it mean that the code is formatted well? maybe. wouldn’t it imply that it conforms for your coding requirements? perhaps. would it not mean that your code is correct? Emphatically No!

absolutely automatic checking out isn’t attainable neither is it perfect. Automation should deal with the ones parts of the testing manner which can be algorithmic in nature and labor extensive. This frees the software program engineer to do better fee checking out work including designing higher and extra entire assessments.

The logical question to be requested while evaluating tools is: “How an awful lot automation does this device offer?” this is the huge gray vicinity and the number one location of uncertainty when an organisation tries to calculate an ROI for tool investment.

Anatomy of take a look at gear

check tools generally provide an expansion of functionality. The names providers use can be specific for exclusive tools, and a few functionality may be lacking from some gear. For a common frame of reference, we have chosen the following names for the “modules” that might exist inside the check equipment you’re comparing:

Parser: The parser module lets in the device to recognize your code. It reads the code, and creates an intermediate illustration for the code (typically in a tree shape). basically similar to the compiler does. The output, or “parse information” is generally stored in an intermediate language (IL) record.

CodeGen: The code generator module uses the “parse information” to assemble the check harness supply code.

test Harness: while the take a look at harness isn’t specially a part of the tool; the choices made within the check harness structure affect all different functions of the tool. So the harness architecture could be very important whilst comparing a device.

Compiler: The compiler module permits the check device to invoke the compiler to bring together and hyperlink the check harness additives.

goal: The target module lets in checks to be easily run in a ramification of runtime environments together with guide for emulators, simulators, embedded debuggers, and industrial RTOS.

test Editor: The take a look at editor allows the user to use either a scripting language or a complicated graphical person interface (GUI) to setup preconditions and expected values (pass/fail standards) for check instances.

coverage: The insurance module lets in the person to get reviews on what elements of the code are executed by every check.

Reporting: The reporting module lets in the numerous captured records to be compiled into undertaking documentation.

CLI: A command line interface (CLI) lets in similarly automation of the use of the device, permitting the tool to be invoked from scripts, make, and so on.

Regression: The regression module permits exams that are created against one model of the utility to be re-run against new variations.

Integrations: Integrations with third-party gear can be an interesting way to leverage your funding in a check device. not unusual integrations are with configuration management, requirements control tools, and static analysis gear.