A technology to build emulated nervous systems is presented here, as well as the interface method for operating the emulated nervous system. The technology provides for inclusion of neuroanatomically accurate definitions organized hierarchically. This permits a highly realistic nervous system to be created and interact with its surrounding environment.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A method for organizing neuroanatomical and cytoarchitectural area information about a brain comprising: forming a 3 dimensional superstructure representing the brain or portion of the brain, the superstructure comprising one or more parallel layers, each said parallel layer being is an x-y plane, said parallel layers being arranged top to bottom along a z-axis, wherein the z-axis is perpendicular to each x-y plane and to each said layer, each said parallel layer comprising zero or more blocks, each said block being uniquely numbered; forming an association of a one or more cytoarchitectural areas uniquely onto one or more said blocks of a top layer of said parallel layers, where each said block being uniquely associated with a single said cytoarchitectural area; assigning zero or more neuron members to each said block, each said neuron member being of a particular type and having one or more dendrite members and one or more axon members; defining each said parallel layer to include one or more said blocks, further identifying each type of said neuron member in each said parallel layer and in each said block, and further identifying a numerical count for each type of said neuron member in each said parallel layer; defining characteristics of each neuron member in each said parallel layer in each said block; defining characteristics of each said neuron member and its one or more dendrite members and one or more axon members; specifying in particular said parallel layer where each said neuron member resides; specifying said type of each said neuron member; specifying a numerical count of each type of each said neuron member in each said parallel layer; defining characteristics such that each said neuron member may have zero or more said dendrite members and zero or more said axon members is zero or more said parallel layers, thus allowing communication between and among said neuron members in different said parallel layers and in different said blocks; and encoding the organized neuroanatomical information into machine readable and machine operable format as a nervous system environment. 2. The method of claim 1 wherein the cytoarchitectural area information is defined by Brodmann area definitions. 3. The method of claim 1 wherein the cytoarchitectural area information is defined by Vogt area definitions. 4. The method of claim 1 wherein the cytoarchitectural area information represents human beings. 5. The method of claim 1 wherein the cytoarchitectural area information represents non-human beings. 6. The method of claim 1 wherein the cytoarchitectural area information represents artificial beings. 7. A utility for converting neuroanatomical information into a nervous system environment according to specifications from a user, the nervous system environment further interacting with an external environment, comprising: a manager interface through which the user effects control of the utility, observes operation of the utility, and provides neuroanatomical information to the utility; organization means, for directing the arrangement of neuroanatomical information to create the nervous system environment, build means in one or more phases, for arranging the neuroanatomical information according to the specifications, said build means being directed according to said organizing means; control means managing the flow and arrangement of the neuroanatomical information within the utility; input means for receiving sensor data from the external environment; output means for presenting information to the external environment; and reporting means. 8. An artificial nervous system environment operating in and interacting with an external environment comprising according to user specifications: a utility for organizing neuroanatomical information to define operation of the nervous system environment according to the user specifications; computer instruction means directing a computer system to organise neuroanatomical information according to said user specifications, said computer system further operating on the neuroanatomical information and user specifications as directed by said computer instruction means; input sensor means for providing information from the external environment to the nervous system environment; output means for presenting information to the external environment; and reporting means. 9. The artificial nervous system environment of claim 8 wherein the nervous system is deployed in a robot. 10. The artificial nervous system environment of claim 8 wherein the nervous system environment is used to control one or more external devices.