Phillips County students learn to code

Do you like raspberry pie? I do. Today we’ll learn about a different kind of raspberry pie – the kind spelled P-I, as in the mathematical symbol. In this case, Raspberry Pi is the name of a type of computer used by students who are learning to do computer coding. This high-tech project is an initiative of an innovative economic development director in rural Kansas.

Nick Poels is executive director of economic development in Phillips County. He works to build partnerships in various ways to benefit the county as a whole. Phillips County includes the rural communities of computer science vs computer engineering, Logan, Agra, Kirwin, Long Island, Prairie View, Glade, population 86, and Speed, population 35 people. Now, that’s rural.

Nick uses various programs to benefit the county, such as rural opportunity zones, Network Kansas, a commercial revitalization program, and more. In 2018, Nick was in a site council meeting with the Phillipsburg school district when there was discussion about the need to integrate more computer science into education. Forward-looking educators recognized the need for students to have high-tech skills for future careers.

Thanks to Nex-Tech, the local rural telephone company, the community has access to high capacity fiber-optic cable. “Phillipsburg had the benefit of fiber-to-the-premise infrastructure before it reached places like Topeka and Olathe,” Nick said He recognized an opportunity to use this capacity and to help students learn high-tech skills. He proposed to his county economic development board that Phillips County Economic Development would partner with the school in a student initiative on computer coding. With the board’s support, PCED bought equipment and online curricula for this project.

SCHOOL OF ENGINEERING DEVELOPING PROTOTYPE FOR REUSABLE SURGICAL MASK

Mercer’s School of Engineering is developing a prototype for a reusable surgical mask to distribute to local healthcare providers. The University has plans for an initial run of 15 by the end of the week with materials on hand to make as many as 150.

The masks, made of a durable polypropylene-like material, are intended to be sanitized and reused with the exception of a small high-efficiency particulate air (HEPA) filter that is clipped in place at the front of the mask and must be replaced.

The project was initiated by Macon dentist Dr. Amber Lawson, a 2002 graduate of Mercer’s College of Liberal Arts and Sciences. She contacted University officials earlier this week about producing a 3D-printed mask that she learned about while serving on the Georgia Dental Association’s COVID-19 Task Force. Cumming orthodontist Dr. Mark Causey shared with Dr. Lawson and other task force members a design for a mask that could be sealed using dental materials, providing an option for healthcare providers in areas with shortages of N95 masks.

“We’re in unprecedented times,” said Dr. Lawson. “We’re all trying to help each other, and our healthcare providers are on the front lines. We have to work together to do anything we can to try to give them confidence that they are protected so they can continue to look out for their patients and our communities.”

Seeking someone in Macon to test the materials and produce the masks for local providers, Dr. Lawson was put in contact with Dr. Joanna Thomas, assistant professor of biomedical engineering, and Dr. Anthony Choi, professor of electrical and computer engineering, at Mercer.

“It’s a trying time and challenging for a lot of people, especially our medical professionals,” said Dr. Thomas. “When the opportunity presented itself to try to help in just a small way, is computer science engineering for it and see what we can come up with.”

Volta Networks joins TIP's Disaggregated Open Routers initiative

BOSTON – Volta Networks today announced its support for the Telecom Infra Project’s (TIP) Disaggregated Open Routers (DOR) initiative, which is being led by TIP’s Open Optical & Packet Transport (OOPT) Project Group. Volta will also join the DOR project team, which is driving research into new network architectures and services using how to become a computer engineer
 open routing among the global service provider and vendor community.

“We know that working together and leveraging a diverse range of approaches from across the industry will lead to the greatest success, and we have already seen substantial progress on many of our initiatives. On behalf of TIP, we are excited to have Volta Networks join us on these efforts,” said David Hutton, Chief Engineer at the Telecom Infra Project.

TIP was launched in 2016 to bring together a community of organizations dedicated to building a better infrastructure for global telecom networks. The TIP community has developed a robust portfolio of telecom infrastructure solutions, starting with early ideation carried through to deployments. TIP members collaborate to develop solutions across all areas of the technology stack, including access, transport, core and services, with solutions for service providers in a variety of environments, from urban to rural.

The OOPT project group is conducting an initiative focused on developing Disaggregated Open Routers (DOR), led by KDDI and Vodafone. Several OOPT technology providers are also supporting this initiative.

Private cloud reimagined as equal partner in multi-cloud world

Cloud-first has become the guiding principle for application modernization and migration. Cloud-native is the mantra for application development. And hot technologies like containers, microservices and serverless computing are all associated with the public cloud. So, where does that leave the private cloud?

Private cloud – typically an on-premises data center that enterprises are attempting to retrofit with computer engineering jobs, automation, self-service, capacity planning, and other features that come built into the public cloud – has definitely taken a back seat. For a time, many enterprises seemed to be migrating as many apps as possible to the public cloud and relegating the private cloud to hosting an ever-shrinking collection of legacy, highly customized, out-of-support, end-of-life apps. But as we enter the second decade of the cloud revolution, a new vision has emerged in which private clouds become an equal partner in an integrated, multi-cloud world of private, public, and edge clouds. Gartner is calling this the distributed cloud, and Michael Warrilow, research vice president for infrastructure software, predicts that "it has a great potential for success."

Warrilow in 2018 framed the issue facing traditional private clouds, which didn't have the infrastructure to match hyperscale public cloud. "Infrastructure and Operations leaders must resist the temptation to mimic a style of computing that they are ill-equipped to replicate," he wrote in a research report.

Why hardware still matters in the era of cloud computing

The University of California at San Diego has adopted a cloud-first strategy that involves retiring three mainframes, shifting as many computing workloads as possible to the cloud and abandoning on-premises software in favor of software-as-a-service wherever possible.

“I long ago realized that the CIO should be more of a supply chain leader than someone who keeps track of hardware specs,” said Vince Kellen, UCSD’s chief information officer. “For most of our business problems, hardware doesn’t matter.”

A growing number of information technology managers feels the same way. For more than 60 years, both the potential and limitations of computing have been defined by processors, memory, storage and other components fashioned from metal and silicon. The central role of the what jobs can you get with a computer science degree has long been to protect and optimize those precious assets, using armies of systems administrators and people with screwdrivers who keep the data center lights on.

About 20 years ago, virtualization began the process of abstracting away the nuts and bolts of hardware, making infrastructure a single amorphous entity managed by software. Cloud computing has furthered the process over the last decade, making hardware an abstract resource that, for customers, is increasingly someone else’s problem to manage.

But in a surprising twist, the cloud is actually unleashing a flood of new hardware innovation — starting with the foundational silicon chip on which all computers and the cloud itself are built.

“This is really a golden era of semiconductors,” Victor Peng, president and chief executive at programmable logic circuit and software veteran Xilinx Inc., said at a recent event called “The Renaissance of Silicon” presented by the Silicon Valley thought leadership forum Churchill Club. Added Sanjay Mehrotra, president and CEO of chipmaker Micron Technology Inc., “There has never been a more exciting time in the past 40 years.”

Information Technology Support Specialist

The IT Support Specialist II provides support and instruction for the use of the intranet and technology resources and works collaboratively with the IT staff to ensure the optimal functioning of the College’s IT services. This position also acts as the focal point for managing end-user devices (laptops and PCs) and has primary responsibility for updating and maintaining how much do computer engineers make Asset.

Goddard College is committed to creating a college representative of a diverse global community and capable of creating change. To that end, we are actively seeking applications from qualified candidates from groups currently underrepresented in our institution for this position. This institution is an equal opportunity provider, and employer.

Surge in Telecommunication Traffic Due to Online Classes, Work at Home

Telecoms in Croatia are registering a rise in traffic this week due to online classes starting, more people working at home, more calls being made, and an increase in using various services and applications, however, network capacities are large enough at the moment to handle increased traffic.

Three biggest telecom companies in Croatia have informed Hina that everything is controllable despite this surge.

The HT telecom emphasizes that at this moment the company is focused on making sure that users are connected, pointing out that their communications infrastructure has a remarkable capacity and a high quality, and that it is reliable and stable.

“We have ensured contacts with other telecoms and we are following the ongoing developments in telecommunications operators in other European countries affected by the COVID-19 pandemic so that we could recognize the risks on time and take every possible action to remove them. The HT telecom has recently completed the project of upgrading the mobile network, which has increased users’ speed and improved the quality of mobile services,” the HT stated.

However, considering the fact that this is an extraordinary situation in which networks are under extreme strain, they call for the users to use their services responsibly so that the telecommunications system can remain stable and available to all. On that note, they propose using landlines and fixed internet access when possible, so that the mobile network would not be computer science vs computer engineering.

How Partners and MSSPS Can Help Customers Through SD-WAN and SD-Branch Deployment

As network evolution accelerates across organizations, it is up to Fortinet partners and MSSPs to guide their customers through the deployment of SD-WAN and SD-Branch solutions. For both enterprises and small and midsize businesses, network evolution has been accelerated through the adoption of cloud-first strategies. This network expansion often happens slowly, without centralized control or secure oversight. In some cases, however, these networks develop quickly, driven by new cloud-enabled strategies such as bring-your-own-device (BYOD), the internet of things (IoT), and software as a service (SaaS). Such rapid expansion generally causes networks to suffer from less centralized control and security oversight.

As employees seek out the tools and services necessary to stay competitive in the modern digital economy, the rate at which these technologies are being added to your customers’ networks is noteworthy. With this new technology, network traffic increases can be significant, and oftentimes the legacy architectures that exist within the network simply cannot handle the new need for bandwidth. To account for modern, latency-sensitive systems, traditional strategies for handling traffic–like multiprotocol label switching (MPLS)–must be revised to deliver the performance that today’s digital business environments entry level computer science jobs.

As they face network expansion, your customers must not underestimate the role of software-defined wide-area networking (SD-WAN) and SD-branch solutions. It is expensive to upgrade traditional MPLS systems, and, even when upgraded, these devices do little to simplify operations. For this reason, your customers need an affordable way to update and secure their evolving and distributed networks while also streamlining operations, visibility, and control. Your customers need SD-WAN.

The Top 7 Solutions Review Network Security Articles and Best Practices

The editors of Solutions Review work to research network security on a constant basis. We compile technology research papers and reports, product updates, and capability trends. Then, we compile it into best practices articles posted every week. We offer a lot of network security articles and best practices. Sorting through all of them could feel daunting to the IT decision-maker. Thus, we compiled some of our best network security articles and best practices to simplify the research process.

“It goes without saying that network security is important. An unsecured network is not only dangerous for your enterprise, but it can also have effects on business productivity and satisfaction. If a security threat enters your network, it needs to be addressed – but that can take valuable time away from your IT department. If you don’t know where to begin devising a smart network security strategy, you need to learn the essentials ASAP. The landscape of security threats is growing every day as more and more malware and threat actors are developed. Cybersecurity solutions need to evolve right alongside them to combat new hazards, especially for business network applications. What are the essentials of computer science vs engineering?”

“Traditionally, network monitoring solutions focus strictly on examining the performance of a network and all connected devices. However, in order to unify security and performance monitoring for network professionals, an increasing number of network monitoring tools include security features. As one of the largest causes of performance-related issues for networks is security threats (such as malware), network monitoring solutions must be prepared to deal with security-related performance events. The exact scope of a network monitoring tool’s security feature set depends on the vendor’s focus, but every solution should have at least some native security capabilities built-in. Below, we’ve listed six essential security features for network monitoring solutions!”

A Day in the Life of Austin Engineering Managers

“There is a difference between management and leadership,” RetailMeNot Engineering Manager Ani Chan said. “You can be a manager without being a leader and be a leader without being a manager. The difference is that people need to willingly follow you as a leader.”

Chan said for an engineering manager to be viewed as a leader, they need to cultivate one key trait: trust.

Real leadership is achieved when direct reports want to follow a manager — and contribute to team success — of their own volition, not necessarily because their professional hierarchy dictates it. Building connections with employees and establishing a foundation of trust is a vital part of facilitating that.

“Get to know team members as individuals,” Medici Senior Engineering Manager Raleigh Schickel said. “Treat them as equals. They’ll return that trust with their best work.”

Trust isn’t the only trait engineering leaders should foster within their teams. Adaptability is also important, as different employees might require different management styles. Managers should also help their direct reports reach their professional goals and approach problem-solving the same way they would approach a code to jobs with computer science degree. 

STEAM lab brings comprehensive education to students with special needs

On a recent gray Monday morning when grumpiness could easily be excused, the computer science class of teacher Robert DeFillippo at The Mon Valley School in Jefferson Hills was bustling with enthusiasm. Students were working on various levels of computer programming, figuring out simple algorithms and using block programming on the most sophisticated of the projects -- etching computer-generated designs onto wooden award plaques.

The activities were taking place inside a computer lab that is new this year at the school, which educates students with special needs. The class of 20 includes students from emotional support, autistic support and life skills programs and students with computer engineering vs computer science.

The lab is just part of efforts by the Mon Valley School, operated by the Allegheny Intermediate Unit, to bring STEAM (Science Technology, Engineering, Art and Math) education to students with intellectual, emotional and physical challenges.

“While the ultimate goal is to help them get employment, in the short term, they need it for their lives,” Mr. DeFillippo said. As examples, he pointed to check-in kiosks at medical offices, job applications that must be completed online and email that is often essential for communication.

Microsoft Leads Effort to Take Down Massive Malware Network

Microsoft has this week outlined its effort to take action against the Necurs botnet, which it says is one of the largest online criminal networks in the world. "Today, Microsoft and partners across 35 countries took coordinated legal and technical steps to disrupt one of the world’s most prolific botnets, called Necurs, which has infected more than nine million computers globally. This disruption is the result of eight years of tracking and planning and will help ensure the criminals behind this network are no longer able to use key elements of its infrastructure to execute cyberattacks."

Botnet systems enable cybercriminals to distribute malware and take remote control of people's systems. Once they're able to access these PCs, they can then remotely use them to commit computer science vs software engineering.

Microsoft says that its security teams first observed the Necurs botnet in 2012, and have since seen it distribute several forms of malware, including the GameOver Zeus banking trojan. "The Necurs botnet is one of the largest networks in the spam email threat ecosystem, with victims in nearly every country in the world. During a 58-day period in our investigation, for example, we observed that one Necurs-infected computer sent a total of 3.8 million spam emails to over 40.6 million potential victims.​" 

Global Computer Engineering Market 2025 corporate overview, financial summary and SWOT analysis-Advantest Corporation, Advint (Advanced Integration), Ansys, ARM Holdings, Astronics Corporation, etc

Computer Engineering Market 2020 provides an in-depth analysis of Computer Engineering Market Size, Share, Trend, and Growth of Industry Analysis. Computer Engineering Market also covers the discussion of the key vendors and Computer Engineering industry growth prospects over the forecast period.

Computer Engineering is a discipline that integrates several fields of computer science and electronics engineering required to develop computer hardware and software. Engineers usually have training in electronic engineering (or electrical engineering), software design, and hardware-software integration instead of only software engineering or electronic engineering.

Computer engineers are involved in many hardware and software aspects of computing, from the design of individual microcontrollers, microprocessors, personal computers, and supercomputers, to circuit design. This field of engineering not only focuses on how computer systems themselves work but also how they integrate into what to do with a computer science degree.

The Asia-Pacific will occupy more market share in the following years, especially in China, also fast growing India and Southeast Asia regions. North America, especially The United States, will still play an important role that cannot be ignored. Any changes from the United States might affect the development trend of Computer Engineering.

HBKU’s QCRI nurtures next generation of computer scientists through tech-focused events

As part of its ongoing efforts to nurture an innovation mindset among the younger generation, Qatar Computing Research Institute (QCRI), part of Hamad Bin Khalifa University (HBKU), organizes a host of events throughout the year which are themed around the latest technological innovations and trends.

The events encourage children and their parents to engage in activities that promote an understanding of robotics, artificial intelligence (AI) and other branches of computer science that support the expansion of the next generation of tech-savvy individuals who will, in turn, go on to benefit Qatar’s burgeoning innovation ecosystem.

“Through our various capacity building initiatives, a computer science major jobs aim to inspire more people to become creators of technologies i.e. computer scientists, rather than just consumers of technology. Our various programs instill in children a curiosity for coding, robotics and the development of digital applications. By also inviting parents to take part in these programs, we are demonstrating to them how they can play an integral role in supporting their children in pursuing different career ambitions within the tech arena,” explained Dr. Eman Futuri, director of educational initiatives at QCRI.
The recent Mother-Child TechFun is one such program that facilitates a fun and stimulating learning environment for both parent and child. Mothers and their children attending the event were able to bond and try their hand at testing and familiarizing themselves with what it entails to conceptualize and develop technological innovations.

Veracyte's Prosigna IDs Breast Cancer Patients Likely to Benefit from Aggressive Chemotherapy

A new retrospective study published in NPJ Breast Cancer on Monday suggests that Veracyte's Prosigna breast cancer prognostic gene signature assay can identify the subgroups of patients who are more likely to benefit from aggressive chemotherapy.

Veracyte obtained exclusive global diagnostic rights to NanoString Technologies' nCounter FLEX Analysis System last December, and with it gained the rights to the Prosigna test.

what is nids -cleared prognostic gene signature assay is intended to be used to gauge the 10-year recurrence risk in postmenopausal women with node-negative (Stage I or II) or node-positive (Stage II), hormone receptor-positive breast cancer. The recurrence risk provided by the test can be useful information for physicians trying to decide how aggressively to treat patients with hormone therapy.

The NPJ Breast Cancer study analyzed data from the DBCG89D trial — a randomized trial of 980 pre- and post-menopausal Danish women with early-stage breast cancer who were administered adjuvant chemotherapy regimens containing the anthracycline epirubicin, or cyclophosphamide/methotrexate/fluorouracil (CMF). The Prosigna 50-gene assay was successfully performed on 686 patients, of whom 38 percent had a basal-like breast cancer subtype, 32 percent had HER2-enriched subtype, 19 percent had luminal A, and 11 percent had luminal B.

Among the non-HER2-enriched, patients, 38 were clinically HER2-positive and 30 were TOP2A abnormal. HER2-enriched is a subtype of HER2-positive breast cancer that's characterized by high expression of ERBB2 and related genes. The HER2-enriched biomarker has also been associated with a higher likelihood of achieving pathological complete response following neoadjuvant anti-HER2-based therapy beyond hormone receptor status and chemotherapy use. 

Nokia, Telenor and Telia make the progressed shared remote system in Denmark

Nokia, alongside administrators Telenor and Telia, declared that it has conveyed the progressed mutual remote system supporting a Multi-Operator Core Network (MOCN) highlight, empowered for remote advances spreading over 2G to 5G.

The 5G MOCN includes was sent on a preliminary system in Denmark and confirmed with an effective start to finish test calls. MOCN, the most developed system engineering model taking into consideration organize sharing, empowers particular portable administrators with their own center system to share typical radio access arrange foundation just as range assets.

This is the system to incorporate live what is a ids abilities for 2G, 3G, 4G, and 5G at the same time. The live preliminary used Nokia's start to finish 5G innovation, including 5G RAN and 5G cloud center.

System sharing is a productive and practical route for at least two portable administrators to assemble and reveal a system at scale without copying endeavors. It is a significant vital thought for administrators that encourages them to rapidly send 5G systems to shoppers and organizations while downplaying costs. As 5G systems require a higher thickness of radio gear, for example, little cells, to convey the correct presentation and inclusion, organize sharing outcomes in general lower power utilization contrasted with singular systems.

Tommi Uitto, leader of portable systems at Nokia, stated, "Sending 5G organizes autonomously can be a costly endeavor for versatile administrators in the most serious markets. These preliminary features that through system sharing, administrators can drive efficiencies, lower costs and bring the heap advantages of 5G to organizations and shoppers rapidly. We trust that this preliminary shows to administrators around the globe that there are numerous alternatives open to them to get their 5G organizes going rapidly and at the most reduced conceivable expense."

Exploring Cyber Landscape of Connected and Autonomous Cars

Lately, different assaults have been performed to feature security worries about developing shrewd vehicles. Specifically, remote hacks took a ton of consideration in 2015 when two security scientists seized the vehicle's infotainment framework and showed how to control savvy vehicle capacities. Such assaults raise the dangers related to the keen vehicle frameworks and demonstrate that there must be steady apportions taken before rolling these vehicles out and about. That is on the grounds that doing so directly affects human lives.

In November 2019, the European Union Agency for Cybersecurity (ENISA) distributed a report that gives a benchmark to far-reaching cybersecurity and protection moves identified with savvy autos, laying out the great cybersecurity rehearses by deciding the difficulties, dangers, dangers and assault situations. The goal of this far-reaching study was to recognize the principle resources and dangers exposed to the biological system of associated and self-sufficient vehicles with significant practices to address cybersecurity issues. The report gave European just as global administrative, institutionalization and arrangement activities to encourage harmonization.

The intrusion detection prevention system of scientific classification that covers the savvy vehicle capacities to recognize the related dangers and dangers. The elements of the savvy autos directly affect the wellbeing of travelers. In this manner, the security of keen vehicles is of prime significance.

In any case, the scope of these advances, segments, and capacities covers sensors just as computational, correspondence, practical car parts of the vehicle. This total is incredibly complex with regard to interoperability.