Cloud storage for both consumers and enterprises is growing at a phenomenal rate, fueled by the growth in Big Data, Mobile, and Social Networks. It is becoming a major cost component in the cloud infrastructure and any Web-scale cloud services today. While raw storage is cheap, the performance and data durability requirements of cloud storage frequently dictate sophisticated, multi-tier, geo-distributed and managed storage solutions.
Traditional storage systems use dedicated storage hardware and networking to guarantee that the storage QoS requirements such as throughput, latency, IOPS, and reliability are preserved. Unfortunately, these dedicated resources are frequently underutilized. Cloud computing promises efficient resource utilization by allowing multiple tenants to share the underlying networking, computing, and storage infrastructure, but it is difficult to provide end-to-end storage QoS guarantees to individual tenants due to the noisy neighbor problem. Read more
IEEE has announced that Pamela Zave, Lead Inventive Scientist at AT&T Labs, is the 2017 recipient of the IEEE Computer Society Harlan D. Mills Award. Pamela was recognized for groundbreaking use of formal methods in the development of telecommunication software and enduring contributions to software engineering theory.
You can read Pamela’s discussion with Alicia Abella on her blog and get a glimpse of what it was like for a STEM pioneer.
Behzad Shahraray from AT&T Labs – Research was elevated to IEEE Fellow for leadership in content-based processing and retrieval of multimedia information.
AT&T aims to build global community to rapidly accelerate network and cloud innovation. Making our current Enhanced Control, Orchestration, Management and Policy (ECOMP) platform available in open source will enable global service providers and cloud developers to meet non-stop network demands as data-hungry technologies take off.
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