Whenever Trimble releases new firmware, your receiver will check and display the new firmware version number in the web browser. You can then decide to install the newer firmware from the web browser. You can also use Trimble Installation Manager to update the receiver. To see what the latest version of firmware is, go to Current Trimble Civil Construction receiver software and firmware versions.
How to download and update firmware trimble cfx 750 firmware update Download ZTE firmware update gadget is very important as many of its owners regularly make the upgrades in order to make their gadgets to function ...
Trimble cfx 750 firmware update
How to download and update firmware trimble cfx 750 firmware update Samsung firmware : being one of the leading producers of electronic gadgets including mobile phones, Samsung very often releases Stock Firmware ROM ...
How to download and update firmware trimble cfx 750 firmware update Download digital photo Cameras firmware : most of the camera s internal parts including lenses, autofocus, LCD screens etc. are controlled by ...
When you install application updates to a controller, the Trimble Installation Manager also updates your Trimble office software so that it can communicate with the updates being installed to the controller.
Connect your device to the computer or Tablet running the Trimble Installation Manager software. If you are updating a Tablet, run the Trimble Installation Manager on the Tablet. In the Trimble Installation Manager, select the device type you want to update. If required, follow the instructions in the Trimble Installation Manager to connect to the device. To update the device, select the items to install/update and then click Install. For more information, refer to the Trimble Installation Manager Help. To view the Help, run the Trimble Installation Manager and then click Help.
The Feature Paper can be either an original research article, a substantial novel research study that often involvesseveral techniques or approaches, or a comprehensive review paper with concise and precise updates on the latestprogress in the field that systematically reviews the most exciting advances in scientific literature. This type ofpaper provides an outlook on future directions of research or possible applications.
Conventional dual-energy CT (DECT) reconstruction requires two full-size projection datasets with two different energy spectra. In this study, we propose an iterative algorithm to enable a new data acquisition scheme which requires one full scan and a second sparse-view scan for potential reduction in imaging dose and engineering cost of DECT. A bilateral filter is calculated as a similarity matrix from the first full-scan CT image to quantify the similarity between any two pixels, which is assumed unchanged on a second CT image since DECT scans are performed on the same object. The second CT image from reduced projections is reconstructed by an iterative algorithm which updates the image by minimizing the total variation of the difference between the image and its filtered image by the similarity matrix under data fidelity constraint. As the redundant structural information of the two CT images is contained in the similarity matrix for CT reconstruction, we refer to the algorithm as structure preserving iterative reconstruction (SPIR). The proposed method is evaluated on both digital and physical phantoms, and is compared with the filtered-backprojection (FBP) method, the conventional total-variation-regularization-based algorithm (TVR) and prior-image-constrained-compressed-sensing (PICCS). SPIR with a second 10-view scan reduces the image noise STD by a factor of one order of magnitude with same spatial resolution as full-view FBP image. SPIR substantially improves over TVR on the reconstruction accuracy of a 10-view scan by decreasing the reconstruction error from 6.18% to 1.33%, and outperforms TVR at 50 and 20-view scans on spatial resolution with a higher frequency at the modulation transfer function value of 10% by an average factor of 4. Compared with the 20-view scan PICCS result, the SPIR image has 7 times lower noise STD with similar spatial resolution. The electron density map obtained from the SPIR-based DECT images with a second 10-view scan has an 2ff7e9595c
Comments