Method and system for radiation application
A method for generating one or more images includes collecting data samples representative of a motion of an object, acquiring image data of at least a part of the object over a time interval, synchronizing the data samples and the image data to a common time base, and generating one or more images based on the synchronized image data. A method for generating one or more images includes acquiring image data of at least a part of an object over a time interval, associating the image data with one or more phases of a motion cycle, and constructing one or more images using the image data that are associated with the respective one or more phases.
1. A method for processing image data, comprising:
acquiring image data of at least a part of an object;
calculating an image phase value;
assigning the image phase value for the image data using a processor, wherein the act of assigning results in binning of the image data; and
storing the binned image data;
wherein the image data corresponds with a phase value of a breathing cycle, and the image phase value is calculated using the phase value of the breathing cycle.
2. The method of claim 1 , wherein the acquiring comprises performing a computed tomography procedure.
3. The method of claim 1 , wherein the acquiring comprises performing an MRI procedure.
4. The method of claim 1 , wherein the acquiring comprises performing a PET procedure.
5. The method of claim 1 , further comprising generating an image using at least a portion of the binned image data.
6. The method of claim 5 , wherein the generated image comprises a volumetric image.
7. The method of claim 1 , wherein the image data is binned so that the image data correspond with a phase of a breathing motion, and wherein the method further comprises generating an image using the binned image data.
8. The method of claim 1 , wherein the act of calculating the image phase value comprises obtaining a breathing signal having a value, and using the value in a mathematical process to determine the image phase value.
9. A method for processing image data, comprising:
acquiring image data of at least a part of an object;
calculating an image phase value;
assigning the image phase value for the image data using a processor to thereby bin the image data;
storing the binned image data;
acquiring additional image data, wherein the image data and the additional image data are acquired at different times;
calculating an additional image phase value; and
assigning the additional image phase value for the additional image data;
wherein the image phase value is equal to the additional image phase value, thereby resulting in the image data and the additional image data being binned together in a same group.
10. A method for processing image data, comprising:
acquiring image data of at least a part of an object;
calculating an image phase value;
assigning the image phase value for the image data using a processor to thereby bin the image data;
storing the binned image data;
acquiring additional image data, wherein the image data and the additional image data are acquired at different times;
calculating an additional image phase value; and
assigning the additional image phase value for the additional image data;
wherein the image phase value is different from the additional image phase value, thereby resulting in the image data and the additional image data being binned in different respective first and second groups.
11. The method of claim 10 , further comprising:
using the image data binned in the first group to generate a first volumetric image; and
using the additional image data binned in the second group to generate a second volumetric image.
12. The method of claim 11 , further comprising displaying the first and second volumetric images in a sequence to form a video.
13. A system for processing image data, comprising:
a processor configured for
acquiring image data of at least a part of an object,
calculating an image phase value, and
assigning the image phase value for the image data using a processor, wherein the act of assigning results in binning of the image data;
wherein the image data corresponds with a phase value of a breathing cycle, and the processor is configured to calculate the image phase value using the phase value of the breathing cycle.
14. The system of claim 13 , wherein the processor is configured to obtain a breathing signal having a value, and wherein the processor is configured to calculate the image phase value by performing a mathematical process using the value.
15. A system for processing image data, comprising:
a processor configured for
acquiring image data of at least a part of an object,
calculating an image phase value,
assigning the image phase value for the image data to thereby bin the image data,
acquiring additional image data, wherein the image data and the additional image data are acquired at different times,
calculating an additional image phase value, and
assigning the additional image phase value for the additional image data;
wherein the image phase value is equal to the additional image phase value, thereby resulting the image data and the additional image data being binned together in a same group.
16. A system for processing image data, comprising:
a processor configured for
acquiring image data of at least a part of an object,
calculating an image phase value,
assigning the image phase value for the image data to thereby bin the image data,
acquiring additional image data, wherein the image data and the additional image data are acquired at different times,
calculating an additional image phase value, and
assigning the additional image phase value for the additional image data,
wherein the image phase value is different from the additional image phase value, thereby resulting the image data and the additional image data being binned in different respective first and second groups.
17. The system of claim 16 , wherein the processor is further configured for
generating a first volumetric image using the image data binned in the first group; and
generating a second volumetric image using the additional image data binned in the second group.
18. The system of claim 17 , wherein the processor is further configured to cause the first and second volumetric images to be displayed in a screen in a sequence to form a video.