In recent years, the deployment of many application-level countermeasures against memory
errors and the increasing number of vulnerabilities discovered in the kernel has fostered a …

Software updates typically require stopping and restarting an application, but many systems
cannot afford to halt service, or would prefer not to. Dynamic software updating (DSU) …

The past few years have seen a rise in popularity of massively parallel architectures that use
fat-trees as their interconnection networks. In this paper we study the communication …

Software evolves to fix bugs and add features. Stopping and restarting programs to apply
changes is inconvenient and often costly. Dynamic software updating (DSU) addresses this …

Dynamic software updating (DSU) is shifting gears to modify software systems without a halt.
Even though extensive research has been conducted on DSU, it is necessary to synthesise …

We introduce an approach to accurately detect and segment partially occluded objects in
various viewpoints and scales. Our main contribution is a novel framework for combining …

Developers spend a lot of time searching for the root causes of software failures. For this,
they traditionally try to reproduce those failures, but unfortunately many failures are so hard …

We propose a new approach for dynamic software updates. This approach allows updating
applications that until now could not be updated at runtime at all or could be updated but …

Memory corruption attacks are a pre-dominant attack vector against IoT devices. Simply
updating vulnerable IoT software is not always possible due to unacceptable downtime and …

Many dynamic updating systems have been developed that enable a program to be patched
while it runs, to fix bugs or add new features. This paper explores techniques for supporting …