Unikernels are lightweight OS dedicated to single application support. As such, unikernels are small (compared with traditional OSes) and show impressive performance measurements such as very fast boot time. Nevertheless, these properties come at a cost: we show that, while containing identical components, different unikernels show few opportunities for VM page sharing, the core mechanism for memory deduplication in cloud settings. This, in turn, tends to limit the number of unikernels that can be launched on a same host hypervisor. We analyse the reasons between this state of affair and propose solutions to this problemUNICOR
A large amount of duplicate data typically exists across volumes of virtual machines in cloud comput...
peer reviewedThanks to their excellent performance, unikernels have always had a great deal of poten...
Abstract—Application and OS-level caches are crucial for hiding I/O latency and improving applicatio...
Unikernels are lightweight OS dedicated to single application support. As such, unikernels are small...
Unikernels are lightweight OS dedicated to single application support. As such, unikernels are small...
peer reviewedUnikernels are on the rise in the cloud. These lightweight virtual machines (VMs) speci...
Unikernels are on the rise in the cloud. These lightweight virtual machines (VMs) specialized to a s...
peer reviewedUnikernels are on the rise in the cloud. These lightweight virtual machines (VMs) speci...
In virtualized environments, typically cloud computing environments, multiple virtual machines run o...
We present unikernels, a new approach to deploying cloud services via applications written in high-l...
Limited main memory size is the primary bottleneck for consolidating VMs. Memory scanners reduce the...
[EN] Both limited main memory size and memory interference are considered as the major bottlenecks i...
Cloud-based infrastructures have grown in popularity over the last decade leveraging virtualisation,...
Limited main memory size is the primary bottleneck for consolidating virtual machines (VMs) on hosti...
In a cloud computing environment, the number of virtual machines (VMs) on a single physical server a...
A large amount of duplicate data typically exists across volumes of virtual machines in cloud comput...
peer reviewedThanks to their excellent performance, unikernels have always had a great deal of poten...
Abstract—Application and OS-level caches are crucial for hiding I/O latency and improving applicatio...
Unikernels are lightweight OS dedicated to single application support. As such, unikernels are small...
Unikernels are lightweight OS dedicated to single application support. As such, unikernels are small...
peer reviewedUnikernels are on the rise in the cloud. These lightweight virtual machines (VMs) speci...
Unikernels are on the rise in the cloud. These lightweight virtual machines (VMs) specialized to a s...
peer reviewedUnikernels are on the rise in the cloud. These lightweight virtual machines (VMs) speci...
In virtualized environments, typically cloud computing environments, multiple virtual machines run o...
We present unikernels, a new approach to deploying cloud services via applications written in high-l...
Limited main memory size is the primary bottleneck for consolidating VMs. Memory scanners reduce the...
[EN] Both limited main memory size and memory interference are considered as the major bottlenecks i...
Cloud-based infrastructures have grown in popularity over the last decade leveraging virtualisation,...
Limited main memory size is the primary bottleneck for consolidating virtual machines (VMs) on hosti...
In a cloud computing environment, the number of virtual machines (VMs) on a single physical server a...
A large amount of duplicate data typically exists across volumes of virtual machines in cloud comput...
peer reviewedThanks to their excellent performance, unikernels have always had a great deal of poten...
Abstract—Application and OS-level caches are crucial for hiding I/O latency and improving applicatio...