Virginia's Liberty University has updated its stadium network infrastructure as part of an overall remodel undertaken as part of its decision to move its football team into a new NCAA division for the start of the 2019 season.
Talari Networks announced a new offering targeting the growing software-defined wide-area-network space, highlighting connectivity to multiple cloud services.
The ninth release of the OpenDaylight software-defined networking and network functions virtualization platform is out, adding new functionality and marking adoption gains.
A new study found that organizations across sectors, including education, are hard put to keep pace with new developments in the networking industry.
In response to greater faculty and student demand for faster internet speeds, Valdosta State University has expanded its bandwidth capacity from 2 gigabits per second to 5.
A recent survey among IT, housing and business people at colleges and universities found that the number of schools with a strategic plan incorporating the ResNet has fallen from 62 percent in 2017 to 52 percent this year.
For the first time, smartphones top the list for having the greatest potential impact on bandwidth consumption on campus, surpassing desktop computers and laptops. In a survey on residential networks ("ResNets"), respondents consisting of IT, housing and business people at colleges and universities were asked to rate a list of devices based on the impact each could have on bandwidth consumption for the ResNet in coming years. iPhones and Androids were rated as having the most severe impact among 73 percent of survey participants, an 11 percentage point jump over 2017.
Universities share how the expanding Internet of Things is impacting their institutions, from the sheer volume of data to staffing issues and the overall potential for students.
A network revamp at the University of Minnesota is providing wireless connectivity for 48,000 students, 18,000 faculty and staff and 116,000 unique devices daily. It has also boosted the institution's capacity for secure authentication of Internet of Things devices such as game consoles, Amazon Echos, Google Homes and others.
A research project at MIT has developed an algorithm in which a constantly updating network — of sensors, drones or data-sharing vehicles — minimizes how much new information is received at any moment to avoid data congestion, while still keeping the most important data "as fresh as possible." Right now, the approach works for "simple" networks; but eventually, the team expects to tackle complex ones as well.