, Ext. Please list the names and contact info of two adults who you authorize to make medical decisions if we are unable to reach you. Contact #1: Last First M.I. (Jr,. III) Relation to Student: Email Address: Home Phone: ( ) - Other Phone: ( ) - Ext. Contact #2: Last First M.I. (Jr,. III) Relation to Student: Email Address: Home Phone: ( ) - Other Phone: ( ) - Ext. Continued on Next Page → PART II: This section must be completed by the student’s Licensed Health Care Provider.
, Ext. No. 1; Sewer District No.1, Ext. 2; Sewer District No. 1, Ext. No. 3 (The Nest); Sewer District No. 1, Ext No. 3; Sewer District No. 1, Ext. No. 4; and Sewer District No. 1, Ext. No. 5; The Town will as of January 1, 2022, be consolidating this one sewer district and six sewer district extensions into one consolidated sewer district. All property of the one sewer district and the six sewer district extensions will be transferred to the consolidated sewer district and any liabilities paid from the consolidated sewer district balances. Any existing and future bonded indebtedness and any capital improvements of the consolidated sewer district will be paid for based upon the following formula: 90% of the annual debt service will be collected on the assessed value within the consolidated district ($3.63 per $1000 of assessed value for the first year), while the remaining 10% shall be based upon the acreage of each parcel within the consolidated district ($41.57 per acre for the first year). Annual operation and maintenance expenses for the consolidated sewer district will be based upon district costs and treatment costs. Revenue raised for district costs is based upon assessed value ($1.07 per $1000 of assessed value for the first year) while revenues for treatment will be based upon water use ($3.68 per 1000 gallons for the first year). A public hearing upon the consolidation will be held by the Town Board at Xxxxxx Town Xxxx, 000 Xxxxxxxx Xxxx, Xxxxxx, New York, not less than 35 days or more than 90 days after June 8, 2021. Notice of the date and time of the public hearing will be posted and published pursuant to Section 754 of the General Municipal Law of the State of New York. A copy of the Joint Consolidation Agreement, this summary and the map, plan and report describing the consolidation may be reviewed at the Town Clerk’s Office, 000 Xxxxxxxx Xxxx, Xxxxxx, New York, on the Town Clerk’s bulletin board or on the town’s website.
, Ext. No. 1; Sewer District No.1, Ext. 2; Xxxxx Xxxxxxxx Xx. 0, Xxx. Xx. 0 (Xxx Xxxx); Xxxxx Xxxxxxxx Xx. 0, Xxx Xx. 0; Sewer District Xx. 0, Xxx. Xx. 0; Xxxxx Xxxxxxxx Xx. 0, Xxx. Xx. 0; into one consolidated sewer district; and,
, Ext t t zˆn = hzˆn − α(∇fn (zn) − λn)izu, (4.22) 0 t+1 t t t t t and the dual auxiliary updates are λˆm = hλˆm + µ(bm − dm − Σ amn − δαλm)i+, (4.23) n∈N SD DMP Algorithm MEC λˆm and λˆn Initialize xˆx, aˆmn, ∀n ∈ N , Initialize n, mn , n 1 1 1 zˆ aˆ , ∀n ∈ N λˆ 1 1 Calculate dm, amn and λm Calculate zn and λn t t t t t by (4.15), (4.16) and (4.18), respectively by (4.17) and (4.19), respectively Perform SD’s actions dm, amn Perform the server’s action zn t t t Observe the local cost and the workload arrival Observe the local cost and the workload arrival Calculate dˆt+1, aˆmn , and λˆm Broadcast the channel status t+1 t+1 and λn to all SDs by (4.20), (4.21) and (4.23), respectively t t+1 Calculate zˆt+1 and λˆn by (4.22) and (4.24), respectively λˆn Figure 4.2: DMP algorithm flowchart t+1 t t t t = hλˆn + µ( Σ amn − zn − δαλn)i+. (4.24) m∈M The computational steps of the proposed DMP algorithm is shown in Fig.4.2. Based on the locally available information, each SD makes a decision at the start of a current time-slot t on how much to process locally and how much to offload by calculating dm and amn as well as calculating the Lagrange multiplier λm. While t t t t t the SD is calculating, the MEC LC calculates in parallel the amount of workload processed by the servers using (4.17) and the Lagrange multiplier λn. At the end of the time-slot t, the MEC broadcasts its state parameters λn and the state information t of the wireless links rm as common information to all SDs. Finally, each SD autonomously updates its auxiliary variables xˆx , aˆmn , zˆn and λˆm based on t+1 t+1 t+1 t+1 t current status (e.g CPU frequency ρm), which will be used to make next time-slot t + 1 decisions.
