Abstract: A computer-executed method for allocating resources is described. Data representative of target percentages of time for a plurality of project activities is received where the target percentages add to 100%. For each target percentage of each project activity, data representative of an amount of the target percentage that at least one of a plurality of individuals performs the corresponding project activity is received. Data representative of a plurality of projects is then received. Data representative of availability of the at least one of the plurality of individuals is received and a predicted need of the at least one of the plurality of individuals during the duration of the project is determined. Data representative of an adjustment to the determined predicted need is received and data representative of the adjustment to the determined predicted need is outputted.

Abstract: A computer-executed method for allocating resources is described. Data representative of target percentages of time for a plurality of project activities is received where the target percentages add to 100%. For each target percentage of each project activity, data representative of an amount of the target percentage that at least one of a plurality of individuals performs the corresponding project activity is received. Data representative of a plurality of projects is then received. Data representative of availability of the at least one of the plurality of individuals is received and a predicted need of the at least one of the plurality of individuals during the duration of the project is determined. Data representative of an adjustment to the determined predicted need is received and data representative of the adjustment to the determined predicted need is outputted.

Abstract: An improved technique for assembling and drawing fiber from preforms is provided. In one embodiment, the technique involves providing a core rod assembly comprising a core rod and a bushing attached at an end of the assembly. The core rod assembly is inserted into an unsintered overcladding tube, and secured to the tube such that the core rod assembly is suspended within. The overcladding tube and the core rod assembly are heated to sinter the overcladding tube and thereby form a preform assembly. During the heating step, the bushing comes into contact with the interior of the overcladding tube, and, because the bushing has a larger diameter than the core rod, an annular gap is maintained between the core rod assembly and the interior of the overcladding tube. It is then possible to attach a draw handle to the preform assembly, place the preform assembly into a draw tower, and draw fiber from the preform assembly by an overclad during draw technique.