The phrase "assessment of objects" is correct and usable in written English.
It can be used in contexts where you are evaluating or analyzing physical items, data points, or any entities that can be assessed.
Example: "The assessment of objects in the museum collection revealed several items that required restoration."
Alternatives: "evaluation of items" or "analysis of entities".
In this paper, the experience of the authors cumulated in interpreting assessment results and defining a tool and a method for the assessment of object-oriented systems is reported.
The result shows that the proposed metric could be used to provide an overall quality assessment of object oriented software system in early stage of development life cycle, which may be helpful to the developer to fix problems, remove irregularities and non-conformance to standards and eliminate unwanted complexities in the early development cycle.
Through analyzing excerpts of talk (an architect's meeting with a client, and a design education critique) we can see how the collaborative nature of conversation contributes to understandings and assessments of objects.
These tests might be useful to compare assessments of object recognition and spatial learning and memory in humans and animal models.
The paper presents risk assessment of construction objects for the project of commercial center construction.
The initial results of this work are promising and will be used as the foundations for the further development of an automated tool for contextualized quality assessment of learning objects inside repositories.
The overall condition assessment of such objects is highly desirable; however, it is also extremely difficult, if not impossible, to achieve.
A histological assessment of the objects removed revealed fibrinoid materials with some cellular debris.
A histological assessment of the objects revealed fibrinoid materials with some cellular debris.
Floral polarization patterns may therefore serve as signals to pollinators and rank alongside color and intensity patterns as foraging cues, extending the use of polarization vision by bumblebees from purely navigational purposes to the critical assessment of salient objects in their multisensory landscape.
Information about the object's spatial location is necessary for fast and accurate reaching, whilst an assessment of the object's intrinsic properties, such as its size, shape and weight, is required to both pre-shape the grasp posture and select the most appropriate contact points to ensure a stable grip [ 14, 15].
