Abstract: A new steerable endoscope for minimally invasive surgery is provided. The endoscope system includes: a wireless steerable endoscope (1), an external magnetic controller (2) and an image/video display (3). The wireless steerable endoscope (1) could be inserted through an incision (4-1) on the body skin (4) and be anchored/steered inside the body cavity by the external magnetic controller (2). It is shaftless, wireless, and can be steered inside the body, operating in a remote manner. Compared with existing endoscopes, it neither requires additional incision nor does it occupy trocar or port space. Without the endoscope shaft, the surgical access trauma and incision size can potentially be reduced, avoiding endoscope-instrument fencing. It can be placed remotely from the access incision, providing an improved and wider field of view. It is soft-bodied and compact in structure, therefore safety is high.

Abstract: A new steerable endoscope for minimally invasive surgery is provided. The endoscope system includes: a wireless steerable endoscope (1), an external magnetic controller (2) and an image/video display (3). The wireless steerable endoscope (1) could be inserted through an incision (4-1) on the body skin (4) and be anchored/steered inside the body cavity by the external magnetic controller (2). It is shaftless, wireless, and can be steered inside the body, operating in a remote manner. Compared with existing endoscopes, it neither requires additional incision nor does it occupy trocar or port space. Without the endoscope shaft, the surgical access trauma and incision size can potentially be reduced, avoiding endoscope-instrument fencing. It can be placed remotely from the access incision, providing an improved and wider field of view. It is soft-bodied and compact in structure, therefore safety is high.

Abstract: Methods, systems, and products for detecting impact of operating system upgrades on software components. Embodiments detect the impact of differences between a current operating system and an upgraded operating system. The operating system is configured to provide a run-time environment. In one embodiment, a method comprises detecting a call from a software entity running on a first data processing system to the current operating system of the data processing system; recording the detected call in a data structure configured to contain one or more recorded calls; scanning the upgraded operating system on a second data processing system upon which the upgraded operating system is installed and running, before execution of the software entity in the run-time environment of the upgraded operating system, to identify the recorded calls in the data structure that are not supported by the upgraded operating system; and presenting an indication of the identified calls.

Abstract: Methods, systems, and products for detecting impact of operating system upgrades on software components. Embodiments detect the impact of differences between a current operating system and an upgraded operating system. The operating system is configured to provide a run-time environment. In one embodiment, a method comprises detecting a call from a software entity running on a first data processing system to the current operating system of the data processing system; recording the detected call in a data structure configured to contain one or more recorded calls; scanning the upgraded operating system on a second data processing system upon which the upgraded operating system is installed and running, before execution of the software entity in the run-time environment of the upgraded operating system, to identify the recorded calls in the data structure that are not supported by the upgraded operating system; and presenting an indication of the identified calls.