Структурный подход к обратным задачам вычислительной диагностики в кардиологии

Test-object during evolution is considered within the framework of group-theoretical statistical approach to it. Methods of revealing its structural invariants from its X-ray projectional data are offered. The essence of inverse reconstructive problem from positions of structural approach is investigated. Features of inverse problems arising at studying of open developing system are discussed. Advantages of stroboscopic data acquisition at hardware-software implementation of group-theoretical statistical reconstructive methods are deliberated. The concept of phase time is entered and methods of stroboscopic reconstructive diagnostics in phase time are advanced. Cardiogram-controlled systems of X-ray medical reconstructive diagnostics are developed. The basic types of reconstructive problems for test-objects during evolution are considered.