Proposed Scheme Sample Clauses
The "Proposed Scheme" clause defines the specific plan, design, or arrangement that is being suggested or put forward within the context of the agreement. This clause typically outlines the details of the scheme, such as its scope, objectives, and any relevant technical or operational parameters. For example, in a construction contract, it may describe the layout, materials, and methods to be used. The core function of this clause is to ensure all parties have a clear and mutual understanding of what is being proposed, thereby reducing ambiguity and potential disputes regarding the project's expectations.
Proposed Scheme. The proposed scheme involves mainly two entities (the smart meter (SM) and the NAN gateway). Before describing current time stamp of SM. In order to provide the message integrity, the SM computes Y 1 = MACL1[SMIDj , T 1, ASMj ]. It generates a pseudo number (φ) and computes α = H(NID φ) idSTj T 1, and finally, sends a message, start α, Q1, ASMj , Y 1, φ, T 1 to the NAN. NID Neighborhood Area Network (NAN) identity ▇▇▇▇ Smart meter identity ST , idST Secret token and its identity EK [ms] Encrypt ms using key (K) DK [ms] Decrypt ms using key (K) p, n Large prime numbers Fq A finite field E Elliptic curve defined on finite field Fq with prime order n G Group of elliptic curve points on E P A point on elliptic curve E with order n H(.) One-way hash function (e.g., SHA-1, SHA-2, MD5, etc.) MAC, || Message authentication code, and concatenation operation φ, φN SM’s and ▇▇▇’s pseudo random numbers, respectively
Proposed Scheme. This section is dedicated to present the proposed scheme, which is based on hyperelliptic curve (HEC) and utilizes the one-way cryptographic hash function. The proposed approach is composed of following four steps i.e., Setup, Drones Registration, Drones Access Control Process and New Drone Addition Phase. Each of the steps is explained as follows.
Proposed Scheme. This section proposes an improvement of ▇▇▇▇▇-▇▇▇▇’▇ scheme so that they can withstand the above mentioned problems. The proposed scheme consists of three phases: the registration, the login and key agreement, and the password change. Figure 2 shows the proposed remote mutual authentication and key agreement scheme. It works as follows.
Proposed Scheme. The proposed scheme consists of three main phases.
Proposed Scheme. In this section, we describe our scheme with the following process: system initialization, the deniable group key negotiation of RSU, the authentication between RSU and Vehicles, the negotiation and update of the group key between RSU and Vehicles, the communication among the group. The notations used throughout the paper are listed in Table 1.
4.1 System Initialization Given the parameters(G1,G2 , P, q, e, G, p, g) ,which satisfy the description in Section 3.2, TA initializes the system by the following steps:
1) TA chooses a random number ∈ Z * as its private key SK and compute the public key PK = gψTA ;
2) TA chooses two cryptographic hash functions： H {0,1}* → G , h :{0,1}* → Z * ;
1: 1 q
3) TA chooses a security symmetric cryptographic Ek (⋅) , and then TA publishes the system parameters, which include (G1,G2 , P, q, e, G, p, g, PKTA , H1 (⋅), h(⋅), EK ()) and downloads these parameters into RSU and Vehicles. RSU require to download the system parameters by TA before being installed to the appropriate location. TA distributes a true identity TIDRSU to RSUi and chooses a randomξ ∈ Z * as its private key SK and computes the public key PK = gξi , the i q RSUi RSUi certification parameters QRSU = H1 (TIDRSU ) and sRSU =ψ TAQRSU . Then download the public key, the private key and the certification parameters into RSUi . At the same time, download other RSU ' s public keys which is located nearby regions.
Proposed Scheme. The Proposed Scheme will consist of conversion of the main house into approximately xxx apartments, as well as approximately xxx new build units within the grounds. Approximately xx% of the new build scheme will be apartments. Legal Costs: Each party to be responsible for their own legal costs incurred in the transaction. VAT: Payable at the prevailing rate if applicable.
Proposed Scheme. This section proposes a robust authentication and key agreement scheme for cloud-IoT applications. Table 1 lists notation employed in our scheme.
3.1 Precomputation phase
Step 1: Server SR generates primes, U, V, computes N = U × V. Step 2: SR randomly generates P and computes Q = P−1 (mod(U − 1)(V − 1)). SR announces {P, N} as public key and {Q, U, V} as private key.
Proposed Scheme. The Proposed Scheme will consist of conversion of the main house into approximately xxx apartments, as well as approximately xxx new build units within the grounds. Approximately xx% of the new build scheme will be apartments.
Proposed Scheme. Step4: If both above equations hold, then A and B can assure that they are communicating to the
Proposed Scheme. The proposed scheme involves mainly two entities (the smart meter (SM) and the NAN gateway). Before describing SYMBOLS AND DESCRIPTIONS current time stamp of SM. In order to provide the message integrity, the SM computes Y 1 = MACL1[SMIDj , T 1, ASMj ]. It generates a pseudo number (φ) and computes α = H(NID φ) idSTj T 1, and finally, sends a message, start α, Q1, ASMj , Y 1, φ, T 1 to the NAN. NID Neighborhood Area Network (NAN) identity ▇▇▇▇ Smart meter identity ST , idST Secret token and its identity EK [ms] Encrypt ms using key (K) DK [ms] Decrypt ms using key (K) p, n Large prime numbers Fq A finite field E Elliptic curve defined on finite field Fq with prime order n G Group of elliptic curve points on E P A point on elliptic curve E with order n H(.) One-way hash function (e.g., SHA-1, SHA-2, MD5, etc.) MAC, || Message authentication code, and concatenation operation φ, φN SM’s and ▇▇▇’s pseudo random numbers, respectively