Connected Car Market Size to Reach USD 142.49 Billion by 2026; Availability of Smooth Wireless Networks Will Enable Seamless Operations, Says Fortune Business Insights

 Fortune Business Insights™ published a premium research report on the global connected car market size, trends, analysis, company shares, and in-depth forecast by the year 2026. The report summarizes key aspects of the market, with a focus on leading product types, areas that have witnessed the highest demand, leading regions, and applications. The report encompasses several factors that have contributed to market growth. Additionally, leading companies have been analyzed and studied in detail through extensive research analysis methods.

The connected car market was valued at computer science vs computer programming 45.25 billion in 2018 and is projected to reach USD 142.49 billion by 2026, thereby exhibiting a CAGR of 16.4% from 2019-2026.

Connected cars are vehicles that are integrated with internet access, intending to ensure a communication medium with users as well as other cars over a defined network. They are used to provide information derived from real-time sources to users, to improve the overall user experience. As connected cars operate over a wireless network, factors such as reliability and safety of the network are of utmost importance. There are increased efforts taken to minimize software hacks and malfunctioning of the device. The increasing initiatives taken to minimize and resolve safety-related issues, coupled with the high investment to better device safety will aid the growth of the market in the coming years.

NAVSEA Naval Engineering Education Consortium Brings Brothers with the ‘Best Minds’ and Shared Aspirations to NSWC Dahlgren Division

 “Sailors depend upon you to give them a ship with a technological edge. NEEC (Naval Engineering Education Consortium) will provide the best minds and training to give the Sailors the technological edge they rely on.”

Ten years later, the words of former U.S. Sen. Carl Levin – keynote speaker at the NEEC kick-off in 2010 – are ringing true at Naval Surface Warfare Center Dahlgren Division (NSWCDD) and being manifested at the University of Texas at Arlington through two brothers.

Alex Johnston, PhD student, and Cameron Johnston, sophomore, are among the ‘best minds’ in the NEEC, a Naval Sea Systems Command (NAVSEA) program that cultivates a world-class naval engineering workforce through student participation in project-based research conducted at colleges and universities.

Directed by how to become a computer engineer Warfare Center headquarters and implemented at 10 Divisions across the country, NEEC projects target the Navy’s most relevant technology needs.

“The NEEC program is important for the hiring, development, maintenance and sustainment of the technical knowledge base that is crucial to the execution of our undersea and surface warfare missions, which are critical to the Navy and the nation,” Naval Surface & Undersea Warfare Centers Executive Director Dr. Brett Seidle states in the third annual NEEC “Proceedings,” which highlights ongoing and future naval research projects for the Navy. “With over 50 grants awarded to U.S. universities, the NEEC program continues to seek and hire talented students in critical and specialized fields, which are particularly important in this world of rapidly changing technology.”

Second wave of CARES Act funds distributed to students

The University opened CARES Act funding applications for students enrolled during the spring 2020 semester. About $5 million of more than $12.6 million CARES Act funds available to the Twin Cities campus was distributed to students through the June 22 deadline. During the initial "wave" of distributed funds, about 8,800 students received aid. 

Now, the University of Minnesota is distributing a second wave of the federal funds to eligible students who may have not received all or any of their initial request in June. As of July 27, more than $11 million has been distributed to almost 9,300 students.

Courtney Ricci, a fourth-year sports management University student, lost her summer internship due to the pandemic and had to move back home with her parents in Pennsylvania. She was receiving unemployment benefits when she applied for about computer engineering career of initial aid. 

Ricci’s justifying costs included setting up a work-from-home office and other displacement costs.

She said while she was grateful any funds were coming her way, she felt frustrated when she had only received $100 of her ask. She said as she started trying to plan for the coming semester, unemployment benefits would not provide the verifiable income she would need to secure a lease. 

The Role Of Cloud Computing And Data Analytics In Reviving the Retail Sector

The economic repercussions of the COVID-19 pandemic have not yet fully unfolded and industries are bracing themselves for the impact. However, as activities slowly resume, the retail sector will play a vital role in kickstarting economic recovery. To thrive in today's economic climate, retailers are realizing the need to leverage the power of data and technology. Retailers, consumer packaged goods (CPG) manufacturers and e-commerce companies produce enormous amounts of data. Aggregated from various channels, such as online and mobile transactions, data exchanges, social media and the Internet-of-Things, the retail industry's data resource is waiting to be tapped.

A report from Cisco Wireless LAN Support Specialist predicts the Indian retail sector will reach $1.4 trillion by 2024. Moreover, with the retail sector's rapid movement to online platforms, India's online retail sales are projected to generate total revenue of $60 billion by the end of 2020.  Driven by changing consumer behavior and the emergence of the digital economy, India's retail sector is set to witness artificial intelligence and data-led disruption opportunities, particularly in the organized retail and e-commerce sector.

Is Now The Time To Put Dev Information Technology

It’s only natural that many investors, especially those who are new to the game, prefer to buy shares in ‘sexy’ stocks with a good story, even if those businesses lose money. And in their study titled Who Falls Prey to the Wolf of Wall Street?’ Leuz et. al. found that it is ‘quite common’ for investors to lose money by buying into ‘pump and dump’ schemes.

In the age of tech-stock blue-sky investing, my choice may seem old fashioned; I still prefer profitable companies like Dev Information Technology (NSE:DEVIT). While that doesn’t make the shares worth buying at any price, you can’t deny that successful capitalism requires profit, eventually. Loss-making companies are always racing against time to reach financial sustainability, but time is often a friend of the profitable company, especially if it is growing.

The market is a voting machine in the short term, but a weighing machine in the long term, so share price follows earnings per share (EPS) eventually. It’s no surprise, then, that I like to invest in companies with EPS growth. Over the last three years, how much does a computer engineer make has grown EPS by 12% per year. That growth rate is fairly good, assuming the company can keep it up.

Gardner Denver’s new GD 250HDD pump enters horizontal directional drilling market

Gardner Denver High Pressure Solutions has launched its new GD 250HDD pump to serve as a durable, reliable, American-made pump for a range of horizontal directional drilling (HDD) applications.

HDD pumps—also known as drill pumps, mud pumps, and high flow pumps— serve as an integral component to operations and provide an essential service to the HDD industry. The GD 250HDD pump expands Gardner Denver’s pump offerings into the wider HDD space for the first time, built with quality and efficiency in mind. The pump can be used to tunnel under rivers and roads and help to lay sewerage systems, water pipes, fiber optic lines and pipelines.

The pump features a very high rod load rating of 50,000 lbs, making it extremely tough and long lasting. It is designed to run at much slower speeds while matching or exceeding the performance of existing pumps. For example, the GD 250HDD can produce 300 gpm at 1400 psi while operating under 200 rpm. At this slow run speed, the pump can deliver the same output, flow, and pressure with less violent actions, wear and friction. By delivering fewer strokes, consumable life is extended.  

Ryan Huseman, lead engineer on the project, said, “The weight to horsepower ratio of the GD is computer science engineering surpasses all other industry competitors. The GD 250 HDD packs a huge amount of power in a very small dimensional envelope, which makes it ideal for the HDD market. The pump runs incredibly smoothly due to the rigidity of the high strength ductile iron frame. Additionally, all the of the bearings on the GD 250HDD feature a pressurized lubrication system, so the pump can tackle the biggest projects in the industry.”

Cybersecurity teams are struggling with a lack of visibility into key security controls

89% of security professionals are most concerned about phishing, web and ransomware attacks. This is especially alarming, considering that only 48% confirm that they have continuous visibility into the risk area of phishing, web and ransomware, a computer engineering career report reveals.

The findings also determined that 64% of organizations are only, at best, somewhat confident in their security posture, and that the lack of visibility into security is the primary concern for organizations. Specifically, 46% find it hard to tell which vulnerabilities are real threats vs ones that will never be exploited.

Limited visibility of the overall attack surface (37%), and the burden of being inundated with far too many alerts to act upon (25%) were found as additional significant concerns.

“The findings of our report make it abundantly clear that security professionals remain inundated with the challenge of maintaining comprehensive visibility over their complex attack surface while also combatting the evolving threat landscape,” said Vinay Sridhara, CTO of Balbix.

Palo Alto Networks Beats Cisco, Claims Security Revenue Crown

Palo Alto Networks tops the network security vendor market by revenue beating rival Cisco, according to Analysys Mason’s cybersecurity vendors’ revenue tracker.

The former’s first-quarter 2020 revenue hit $869 million, driven by 11 acquisitions totaling about $2.5 billion over the last five years. For comparison, Palo Alto Network’s quarterly revenue in Q1 2015 was $234.2 million.

Meanwhile, Cisco’s network security revenue during the first quarter of 2020 reached $776 million, according to Analysys Mason. Fortinet took the No. 3 spot with about $577 million in network security revenue during Q1, and Check Point rounded out the pack with about $487 million during the same time period.

It’s worth noting that while Check Point and Fortinet’s financial years coincide with the calendar year, Cisco’s and Palo Alto Networks’ do not, so Analysys Mason uses February as the starting month of the calendar year for the latter two companies, noted analyst and report author computer science average salary. Additionally, these revenue figures represent total revenue for the three standalone security vendors (Check Point, Fortinet, and Palo Alto Networks), and security-only revenue for Cisco.

Networking in the New Reality

To many people, networking feels a bit like squeezing into trousers one size too small. But networking is essential if you wish to amass the social capital indispensable to a successful career. Its importance has not diminished with the overnight explosion of remote working. If anything, networking has become more critical, as jobs and advancement opportunities are swept away by the coronavirus.

Building connections in times like these will require out-of-the-box thinking as well as the same deliberateness and perspectives that characterised effective networking before the world changed, says computer science vs information technology Assistant Professor of Organisational Behaviour.

“There's no magic bullet…Habit formation and goals are going to be essential here,” Askin told participants in the recent INSEAD webinar, Networking in Our New Reality, part of the “Navigating the Turbulence of Covid-19” series. “This is not something you can now leave to chance.”

New Research Advances U.S. Army’s Quest for Ultra-Secure Quantum Networking

Quantum networks will potentially deliver multiple novel capabilities not achievable with classical networks, one of which is secure quantum communication. In quantum communication protocols, information is typically sent through entangled photon particles. It is nearly impossible to eavesdrop on quantum communication, and those who try leave evidence of their tampering; however, sending quantum information via photons over traditional channels, such as fiber-optic lines, is difficult – the photons carrying the information are often corrupted or lost, making the signals weak or incoherent.

In the first project, the University of Chicago research team, funded and managed by the U.S. Army’s Combat Capability Development’s Army Research Laboratory’s Center for Distributed Quantum Information, demonstrated a new quantum communication technique that bypasses those traditional channels. The research linked two communication nodes with a channel and sent information quantum-mechanically between the nodes—without ever occupying the linking channel.

“This result is particularly exciting not only because of the high transfer efficiency the team achieved, but also because the system they developed will enable further exploration of quantum protocols in the presence of variable signal loss,” how hard is computer science, program manager at the lab’s Army Research Office and co-manager of the Center for Distributed Quantum Information. “Overcoming loss is a key obstacle in realizing robust quantum communication and quantum networks.”

Taiwanese Networking Firm Arcadyan Picks Keysight's 5G Test Solutions to Validate CPE for FWA

Keysight Technologies on Monday announced that Arcadyan has selected Keysight’s 5G test platforms to validate consumer premises equipment (CPE) for fixed wireless access applications (FWA).

Arcadyan, a Taiwanese-based provider of broadband access, multimedia and wireless technology solutions, will use Keysight’s UXM 5G Wireless Test Platform to support 5G fixed wireless access market. 

Keysight supports Arcadyan to create 5G products that deliver enhanced fixed broadband services in urban, suburban and rural environments. Keysight’s 5G device test solutions allow Arcadyan to verify modems, radio frequency (RF) transceivers, computer science degree jobs and antenna modules used in commercial 5G CPE devices.

Engineering Students Develop Touchless Hand Sanitisers For SSLC Exam Centres In Shivamogga

Shivamogga (Karnataka) [India], June 25 (ANI): Three engineering students have developed a sensor-enabled touchless hand sanitizer that has been installed at a Secondary School Leaving Certificate (SSLC) exam centre in Karnataka's Shivamogga district.

The trio has developed a mist hand sanitizer working as a sensor-enabled touchless hand sanitizer. This instrument has a battery-operated sprayer machine used for agricultural activities. The machine was made using sensor devices and footpads.

With the education department's permission, the sanitizers have been set up in selected examination centres to accommodate a large number of students.

One of the inventors Koushik R Udupa told ANI, "It is an automatic mist-based hand sanitizer dispenser. It will dispense 0.5 ml of sanitizer per student. For 500 ml sanitizer, we can sanitize nearly 1,000 students. The device costs around Rs 8,000-9,000 but we have given it for free to the examination centres."

"The container tank can be further used for classroom and computer engineer vs computer science also, by changing the connections in the system," said Udupa.
SSLC examinations commenced on Thursday amid relaxation in restrictions of COVID-19 lockdown. A total of 8,48,203 students will reportedly appear for the examination starting in 2,879 centres across the state. (ANI)


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Aerospace engineering student becomes UTA's sixth Amelia Earhart Fellow

A doctoral student in aerospace engineering at The University of Texas at Arlington is one of 35 Amelia Earhart Fellows for 2020.

Katiyayni (Kati) Balachandran is the sixth UTA student selected by the Zonta International Foundation for the honor, joining Mousumi Ahmed, Jennifer Goss, Laura Henderson, Monica Hew and Wendy Okolo.

Balachandran works with aerospace engineering Professor Kamesh Subbarao in the Aerospace Systems Laboratory. Her research focuses on developing techniques to model the shape and estimate the attitude of space objects, such as asteroids or fragments of artificial satellites, using photometric light curves.

Characterizing these objects with classification algorithms helps researchers with identification and tracking. what can you do with a computer science degree is extending this modeling to a planetary atmosphere using data from several distributed sensors such as satellite constellations.

"I am deeply pleased and honored to receive the Amelia Earhart Fellowship," she said. "This wouldn't have been possible without the immense support of Dr. Subbarao and the Mechanical and Aerospace Engineering Department.

"I'm proud to join an exceptional group of women who have previously received this prestigious award, many of whom worked in the Aerospace Systems Lab. I'm appreciative of the support in this male-dominated industry. This fellowship allows me to focus on learning and sharing that knowledge with others passionate about the aerospace engineering field."

Toyota’s digital engineering arm taps Nokia for private wireless network

Toyota Production Engineering Corporation (TPEC) has tapped Nokia to deploy an industrial-grade private wireless network at its manufacturing design centre in Fukuoka, Japan.

Initially, the computer science engineer salary network will be deployed at TPEC’s site supporting a range of IoT-based devices that enable equipment digitisation and visualisation. Over time, the network will be upgraded to 5G, featuring ultra-low latency to support even faster throughput.

“We conduct R&D on cutting-edge facilities and technologies, and is responsible for production preparation, facility development and design, and quality data management. By adding Nokia 5G private networking to our capability, we will contribute to Toyota's manufacturing through this new digital engineering technology,” Akihiro Onishi, engineering fellow, Engineering Innovation Division, TPEC.

TPEC, a subsidiary of Toyota Motor Corporation, focuses on digital engineering to  introduce new tools and processes to car manufacturing.

Registration now open for UNCW’s Online Summer Camps: MarineQuest and Engineering Expectations

Filled with guest speakers and STEM-based fun, each program will provide campers with the unique opportunity to engage in shared online learning activities while completing hands-on experiments at their own pace. 

“The new content that we’ve developed for these programs is awesome,” said Director of Youth Programs Sue Kezios. “It will enable kids to do actual scientific investigations and engineering projects from their homes.”

Engineering Expectations is difference between computer engineering and computer science engineering outreach program. The program provides opportunities for campers to explore and engage in Science, Technology, Engineering and Mathematics. This year’s newly created online programs will involve a lot of collaboration, and campers will have even more opportunities to create their own designs. 

Each day, campers will login for morning welcome and instructions; to discuss the results of their home activity kits; and at the end of the day to debrief on what they’ve learned. Throughout the programs, new careers or tools of the trade will be introduced and guest speakers will share their experiences. Each day will have a different focus within the fields of engineering or marine science. 

Mo-Sys Engineering Develops Tracking Kit to Add VR Experiences to Live Sports

Mo-Sys Engineering has announced an interesting approach to bringing the atmosphere back to live sports amid computer science vs computer programming. Providing precision, zero-latency tracking for any camera (including ultra-long box lenses for sport), the Mo-Sys camera tracking kit interfaces directly to the Unreal Engine or any broadcast render engine, allowing production companies to add virtual crowds to stands.

The Mo-Sys camera tracking encoders are mounted onto broadcast standard Vinten Vector heads, with no impact on the camera’s balance and no backlash when panning and tilting, according to Mo-Sys. Zoom data is collected either by gear encoders or by a serial data link to digital lenses. The combined tracking data is sent over Ethernet to the workstation hosting the augmented reality software.

Mo-Sys has worked with Epic Games to develop a tight interface to the Unreal Engine, including support for the latest version 4.25 software. The result is that augmented reality — crowds filling the stands, for instance — can be integrated into live production. The kit includes the bolt-on encoding kit for Vinten heads and the lens calibration tools.

Humanitarian Engineering Organizations Develop a Better Global Future

Humanitarian efforts are always needed. In the midst of a pandemic, they may be more at the forefront of our minds. What work is being done and to what effect? What do we still need to do? Humanitarian engineering, as defined by the School of Engineering Education at Purdue University, utilizes the “skill and capabilities of engineering theory and practice toward aiding the greater good of humanity.”

Humanitarian engineers focus on developing solutions to issues including medical and disaster relief, global outreach, human displacement and safety, food security, and economic development. Organizations such as Doctors Without Borders are well known, but the engineering world has its parallel — Engineers Without Borders — as well as a multitude of other organizations promoting humanitarian engineering within the United States and globally. Often these organizations find members by opening chapters on college campuses. Purdue is not the only university with a dedicated humanitarian engineering focus or department — and some may also have chapters within other computer science vs information technology. So what organizations should you look for, and what is it like to be involved?

How your business wifi can help the safe return to work

By and large, businesses adapted quickly and deftly to the sudden demands of remote working.

While cybersecurity issues have come further into the fore, owed to the use of private, poorly-protected devices and networks, the cloud-based communication and productivity solutions at our disposal today meant many businesses could transition relatively seamlessly into a new way of working.

This quick adaptability has sparked many to consider remote working’s staying power. It can save costs on office space, provide access to a national – if not global – talent pool, and with fewer cars and buses hauling commuters into urban centers, there’s some clear environmental benefits too.

What’s more likely is that they’ll be a wider move towards flexible working arrangements in due course. In the meantime, most enterprises will be thinking about how they will tackle the logistical and operational challenge of bringing staff back into the office safely, computer science vs computer engineering salary, and in line with public health guidance, wherever they may be.

TC Energy Summer Scholars Academy encourages enrollment in science

TC Energy Corporation (TSX, NYSE: TRP) (TC Energy) and the TC Energy Foundation are proud to announce the donation of US$50,000 to the University of Houston’s College of Natural Sciences and Mathematics (NSM) to support a summer program that enables high school students interested in science, technology, engineering or math (STEM) majors to prepare for the transition to college. The intensive, nine-week program, TC Energy Summer Scholars Academy, kicked off on June 9 and provides support to 50 students, many of whom are the first generation in their family to attend college.

“Technology is evolving at a rapid pace – now more than ever, it is critical that students receive exposure to STEM and develop skills that are in high demand,” said Stanley Chapman III, computer science and engineering Executive Vice President & President U.S. Natural Gas Pipelines.

“TC Energy is proud to partner with the University of Houston to offer the Summer Scholars Academy and support a uniquely diverse group of students in pursuit of a STEM education that will prepare them to be future innovators in the workforce.”

Electrical and Electronic Engineering at Southampton rises to fourth in Complete University Guide

The University of Southampton has been ranked fourth in the UK for Electrical and Electronic Engineering in subject rankings of the Complete University Guide 2021.

The subject has risen three places in the latest Guide and is one of 15 Southampton subject areas placed within the top 10 nationally. Computer Science at Southampton also jumped three places to now be ranked 11th in the UK.

Southampton has a long and successful history in Electrical and Electronic Engineering teaching and research. There is a massive skills shortage in both disciplines and graduates are actively sought after by employers.

Professor Paul computer engineering salary, Head of Electronic and Computer Science (ECS), says: "The position of ECS in the Complete University Guide 2021 for both its Electrical and Electronic Engineering and Computer Science courses is a clear reflection of the quality of our staff and their teaching, our outstanding facilities and the demand employers have for our graduates."