Users needs comfort

Finally, critical cues, as visual guides, need to be provided to enable the modeler to appraise progress. For example, the adequacy of data to facilitate identification of a particular parameter or the flexibility of a model to mimic temporal patterns manifest in the data may be issues at the back of the investigators mind as the modeling episode advances. Modeling software must anticipate these and address them in terms that the user is comfortable with as opposed to terms which a scientific programmer might respond to. 

The preparation practices for the user tests also reveal how the user experts tried to influence the design process and make the user visible to product development team members. By developing a template (an object) with user information for each individual user who would be performing the user test, the user expert team drew attention to users backgrounds, which products they used, and which tests they had performed previously. They argued that in order to make users feel comfortable, the project team needed to show that they understood their lives and daily practices. 

When we compare industrial air technology (lAT) with comfort ventilation, we can see that technologically our task is very challenging. To fulfill all the needs of the end user is often impossible. If the lAQ is fulfilled, the amount of air may be so large that draftiness is too high. We must also have the courage to say what is possible and what is not. We also have to cteate tools to validate this. 

Steric, non-bonded, pairwise interactions are approximated by sets of Lennard-Jones 6-12 potential functions (3,11). Built-in parameters account for the interactions indicated in Table I. The user is free, however, to substitute particular sets of parameters with his own values (at run time) and even to change the nature of the function. For example, often a crystallographer feels more comfortable with a 6-9 type function rather than the built-in 6-12 this change is very easily accomodated by simply specifying the "powers" to be used in the calculation. In this way, the system is very adaptable to the user s needs and can also be used for the development of new parameters. 

Biopipe [OS2] is a framework for running bioinformatics workflows and is deployable as an extension to the Bioperl project library [OS4]. It borrows heavily from the Ensembl pipeline project [OS7]. Potential users of the system should be comfortable coding Perl scripts and actually reconfiguring a Perl installation to add the necessary prerequisites. The user also needs to deal with coding raw XML to compose and configure a workflow and setting up the mySQL database that is required for the system to function. 

Requirements for more comfort and better fit (individually and across the user population) mean that bizygomatic breadth and nasion-menton length alone are probably no longer sufficient, and that more facial measurements are needed. These measurements are not always available, and even when they are, there can be problems in determining the variation and range of each facial dimension in terms of all... 

All relevant information is entered in a structured, easy-to-analyze form, ensuring uniform, complete documentation. The incorporation of a user-friendly graphical interface offers a comfortable means of creating and modifying the necessary diagrams. Changes in one part of the documentation are automatically updated in other locations and thus need only be performed once. 

Proper viewing distance wiU be affected by the condition of visual capacity and by the wearing of spectacles/lenses. Persons with myopia (near-sightedness) may find that they want to move the screen closer to their eyes while persons with presbyopia (far-sightedness) or bifocal lenses may want the screen farther away from their eyes. Many computer users who wear spectacles have a special pair of spectacles with lenses that are matched to their particular visual defect and a comfortable viewing distance to the screen. Eyecare specieilist can have special spectacles made to meet computer users screen use needs. 

Each of these methods can be used individually or combined to account for the specific visued and acoustical requirements of the task or individual employee needs. Planning for privacy should not be made at the expense of visual interest or spatial clarity. For instance, providing wide visueil views can prevent the individual from feeling isolated. Thus, a balance between privacy and openness enhances user comfort, work effectiveness, and office communications. Involving the employee in decisions of privacy can help in deciding the compromises between privacy and openness. 

Research in textile electrodes has led to encouraging findings globally and to some product launches. Investigating textile electrodes for medical purposes, Hertleer et al. (2004) demonstrated that heart beat signals obtained from conventional electrodes with electrogel are comparable with knitted textile electrodes made with yams of metallic fibres. No gel was needed for the textile electrode, which can be a benefit in terms of convenience and user comfort. De Rossi et al. (2003) also found that their... 

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