Output delivery system

Abdellatif et al. reported a method for data retention [56] in which collected electronic data forms of each participating site are saved on a read-only CD as PDF files after the site s database has been locked. SAS Output Delivery System (ODS), PROC Template, and PROC Forms were used to construct a read-only CD of the data forms in a PDF format for each site and then sent to the site s PI. 

Note that adding these two shaded lines of code to your SAS procedure gives you an attractive RTF file. If you do not like the default ODS style template that SAS uses for your output, you can use a different style template supplied by SAS by specifying the STYLE= option in the ODS RTF statement. If you still do not like the way your RTF file looks, you can define your own ODS style template with PROC TEMPLATE. Finally, PROC REPORT allows you to define formatting elements within the SAS procedure itself, where you can customize the appearance of almost any element on the page. For more information about ODS, you can refer to the SAS Press books Output Delivery System The Basics, by Lauren Haworth, and Quick Results with the Output Delivery System, by Sunil Gupta. If you just want more style templates to choose from, you can investigate the templates created by Bernadette Johnson in Instant ODS Style Templates for the SAS Output Delivery System. 

Instant ODS Style Templates for the Output Delivery System by Bernadette Johnson... 

Output Delivery System The Basics by Lauren E. Haworth... 

Quick Results with the Output Delivery System by Sunil Gupta... 

A fuel cell has two basic elements a fuel delivery system and an electro-chemical cell that converts the delivered fuel into useful electricity. It is this unique combination that enables fuel cells to potentially offer the best features of both heat engines and batteries. Like batteries, the cell generates a dc electric output and is quiet, clean, and shape-flexible, and may be manufactured using similar plate and filmrolling processes. By contrast, the fuel delivery system ensures that fuel cells, like heat engines, can be... 

The traditional HPLC instrument is composed of two different parts the first part separates the components of the sample and the other part accomplishes the detection of the components separated. The part of the HPLC carrying out the separation contains a column, an injection device and the eluent delivery system (pump with filters, degasser and transfer tubing, eventually a mixer for gradient elution). One or more detectors, a signal output device coupled with appropriate software, are responsible for detection and primary data evaluation. Pumps deliver the eluent or the different components of the eluent into the column with a precise, constant and reproducible flow rate. 

Chromatographic System. The isocratic liquid chromatograph used was a Waters Associates (Milford, MA) Model 24A alc which included a Model 6000A Solvent Delivery System, a Model 401 Differential Refractometer and a Model 440 Absorbance Detector operating at 254 nm and was fitted with a WISP automatic injector. The analog outputs of the UV absorbance detector or differential refractometer were recorded with a Model 730 Data Module (printer, plotter, integrator)(Waters). Eluent flow rate was 1.0 ml/min unless otherwise noted. 

The crude oil delivery system starts with relatively small-diameter gathering lines from individual producing wells to a main-line pump station, from where it is pumped through a larger transmission trunkline to a refinery or other destination. At the refinery, the cmde oil is separated into gasoline, jet fuel, kerosene, distillate fuel oil, etc, and the refined products are transported by products pipelines to markets, storage, shipping terminals, etc. In modem lines, all inputs and outputs are metered, monitored, and remotely controlled by supervisory control and data acquisition (SCADA) computer systems. 

Hepatic avoidance using lymphatic output oral DDS. A liver-bypass drug delivery system that promotes absorption redistribution of lipophilic drug from the hepatic portal blood supply to the lymphatic system, thereby avoiding first-pass liver metabolism. 

Marsden R, Dood ME, Conway S, Weller PH. Comparison of compliance in cystic fibrosis patients using Halolite Adaptive Aerosol Delivery (AAD) system with conventional high-output nebuhzer system. In Respiratory Dmg Delivery V Dalby RN, Byron PR, Farr SJ, eds. Interpharm Press Phoenix, AZ, 2002 557-560. 

Levosimendan is a novel inotropic calcium-sensitizing drug. In advanced congestive heart failure, it improves cardiac contractility by sensitizing troponin C to calcium. It has been used recently in a porcine model of endotoxin-induced septic shock, in which pretreatment with levosimendan improved cardiac output and systemic and gut oxygen delivery." There are currently two ongoing clinical trials of levosimendan in septic shock. The role of levosimendan in the supportive management of circulatory failure in sepsis remains to be determined. 

Two other computer facilities are a data collection system which monitors remotely located data acquisition and experiment-control computers via asynchronous serial lines and the two Evans and Sutherland LDS-1 interactive graphics terminals. A PDP 10 included in the network configuration as an alternate file transport concentrator and auxiliary network development machine also performs the role of worker computer with the Evans and Sutherland display equipment. Other subnetworks have been designed for inclusion in the Octopus network to direct the on-line operation of LLL high-speed printer and microfilm recorder output facilities, to administer a second, expanded television monitor system providing 256 channels of video input for distribution to 512 additional monitors, and to control a CDC on-line tape library of 8.7 x 10 bits scheduled for delivery in 1975. The Computer Hardcopy Output Recording System (CHORS) concentrators are two Modcomp II computers, and TMDS-II will utilize two PDP 11/45s both subnetworks are to become operational during the... 

Beam delivery systems for biomedical lasers guide the laser beam from the output mirror to the site of action on tissue. Beam powers of up to 100 W are transmitted routinely. All biomedical lasers incorporate a coaxial aiming beam, typically from a HeNe laser (632.8 nm) to illuminate the site of incidence on tissue. 

The laser resonator emits an almost parallel beam of light through a partial transmitting output mirror at one end of the resonator. The beam may then be shaped to a different diameter and divergence by a collimator (telescope) optic. Figure 2 illustrates the beam delivery system. 

Integration of the delivery system for fertilizer with that of other agri-inputs (pesticides and animal feed) and outputs from farmers cereals (rice, maize, wheat) may substantially decrease the operational costs of the delivery system. If crop surpluses obtained through fertilizer application can be handled by the same system, a 50% reduction in the costs can be expected. 

A recent technological advancement is represented by the development of automatic dose delivery system, able to modulate the tube current on the basis of the depth of tissues to be scanned. In other words, this technique allows one to reduce patient radiation dose modifying the tube output according to the patient geometry during each rotation and in the longitudinal direction. 

---